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    Topic: **Enhancing Security in Internet of Things (IoT) Networks through Adaptive Intrusion Detection Systems** create the outline . The outline should include the following all in APA format: top level headers which outline what you will be talking about second level headers which outline some deta…

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    Topic:    **Enhancing Security in Internet of Things (IoT) Networks through Adaptive Intrusion Detection Systems**
    create the outline . The outline should include the following all in APA format:
    top level headers which outline what you will be talking about
    second level headers which outline some detail header for each of your top level headers
    a list of bibliography of at least half of the required references
    Please review the APA guidelines in the student handbook. See links below.

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    In-depth study guidance and analytical solution covering biology.

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  • [Solved] Barbell Power Clean

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    Barbell Power Clean – ## instruction.docx – ## BarbellPowerClean.docx – ## KinesiologicalAnalysis_Rubric.pdf – ## Example_KinesiologicalAnalysisoftheBreaststroke.pdf **## instruction.docx** Must complete the template and write a 4 page paper after completing template **## BarbellPowerClean.docx** …

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    Assignment Prompt & Instructions

    Barbell Power Clean

    – ## instruction.docx

    – ## BarbellPowerClean.docx

    – ## KinesiologicalAnalysis_Rubric.pdf

    – ## Example_KinesiologicalAnalysisoftheBreaststroke.pdf

    **## instruction.docx**

    Must complete the template and write a 4 page paper after completing template

    **## BarbellPowerClean.docx**

    Kinesiological Analysis Outline Template- Barbell Power Clean

    1. Introduction

    a. Definition and Description of activity

    i. List and describe the temporal phases

    2. Analysis of Movement

    a. Temporal Phase 1

    i. Joint 1

    1. Movement performed

    2. Plane of motion movement occurs in

    3. Muscles contracting concentrically to perform motion

    a. Neural input for concentric contractors

    4. Muscles contracting eccentrically to perform motion

    a. Neural input for eccentric contractors

    ii. Joint 2

    1. Movement performed

    2. Plane of motion movement occurs in

    3. Muscles contracting concentrically to perform motion

    a. Neural input for concentric contractors

    4. Muscles contracting eccentrically to perform motion

    a. Neural input for eccentric contractors

    b. Temporal Phase 2

    i. Joint 1

    1. Movement performed

    2. Plane of motion movement occurs in

    3. Muscles contracting concentrically to perform motion

    a. Neural input for concentric contractors

    4. Muscles contracting eccentrically to perform motion

    a. Neural input for eccentric contractors

    ii. Joint 2

    1. Movement performed

    2. Plane of motion movement occurs in

    3. Muscles contracting concentrically to perform motion

    a. Neural input for concentric contractors

    4. Muscles contracting eccentrically to perform motion

    a. Neural input for eccentric contractors

    3. Discussion of motion with recommendations for improvement

    a. Efficiency

    b. Power

    c. Speed

    d. Endurance

    4. Conclusion

    **## KinesiologicalAnalysis_Rubric.pdf**

    KIN 390 – Kinesiological Analysis Rubric

    Excellent Above Average Average Below Average

    Analysis
    Accuracy
    (40%)

    (40 points)
    The analysis is complete and
    thorough. All joints of
    movement are identified. All
    muscle involvement is
    identified including muscle
    contraction type. All planes of
    movement and neural
    involvement are accurately
    identified. Reflects excellent
    effort.

    (36 points)
    The analysis is complete. All joints
    of movement are identified. Most
    muscle involvement is identified
    as was accurate muscle
    contraction type. Most planes of
    movement and neural
    involvement are accurately
    identified. Reflects above-average
    effort.

    (32 points)
    The analysis is somewhat
    complete. Most major joints of
    movement are identified but some
    minor movements are not
    addressed. Primary agonist
    involvement is accurate but some
    synergists are absent. Some planes
    of motion are identified accurately
    and/or some neural input is
    included and accurate. Reflects
    average effort.

    (27 points)
    The analysis is incomplete or
    completely inaccurate. Many
    movements and/or muscle
    involvement are overlooked
    and/or planes of movement are
    not included and/or Neural input
    analysis is minimal or not included.
    Reflects very little effort.

    Movement
    Complexity
    (25%)

    (25 points)
    The movement is highly
    complex involving multiple
    joints in 3 planes. Multiple
    types of muscle contraction.
    Rotational movements are
    involved.

    (22 points)
    The movement is complex
    involving more than 2 joints in at
    least 2 planes and both body
    segments. Concentric and
    eccentric movements are
    included. Contralateral movement
    is present.

    (20 points)
    The movement is fairly basic
    involving 2 or more joints and
    occurring in 1 body segment.
    Movement is in 1 plane of motion
    or includes only concentric
    contractions. Unilateral or bilateral
    movement is present.

    (18 points)
    The movement is basic involving 1
    or more joints and occurring in 1
    body segment. Movement is in 1
    plane of motion or includes only
    concentric contractions. Unilateral
    or bilateral movement is present.

    Project/Media
    Organization/
    Quality (15%)

    (15 points)
    The paper is extremely well
    organized. All components
    are included and are well
    connected. Media is excellent
    and enhances the
    presentation.

    (13 points)
    The paper is well organized and
    includes well-defined temporal
    phases. Necessary media is
    included.

    (11 points)
    The paper organization is average.
    It includes temporal phases, but
    they are presented in an illogical
    manner. Media is present but is of
    low quality.

    (10 points)
    The paper is poorly organized.
    Temporal phases are nonexistent
    or are poorly defined. No media is
    present

    Writing
    Quality
    (20%)

    (20 points)
    Writing quality is excellent.
    Ideas are clearly conveyed
    and easy to follow. There are
    no more than 5 grammatical
    and/or punctuation errors. In-
    text citations and reference
    page are included and are
    correct. Includes 5 or more
    sources. Paper is formatted
    according to APA guidelines.

    (18 points)
    Writing quality is good. Ideas are
    clearly conveyed and easy to
    follow. There are no more than 10
    grammatical and/or punctuation
    errors. In-text citations are
    attempted and are fairly accurate.
    A reference page is included and is
    accurate. Includes more than 3
    sources. APA style formatting of
    the paper is mostly correct.

    (16 points)
    Writing quality is average. There
    are more than 10 grammatical
    and/or punctuation errors. No
    attempt to include in-text citations
    and/or reference page is present
    but formatting is incorrect.
    Includes 2-3 sources. APA
    formatting of the paper is
    attempted, but incorrect.

    (14 points)
    Writing quality is poor. Ideas or
    difficult to follow. There are more
    than 10 grammatical and/or
    punctuation errors. No attempt to
    include in-text citations and/or
    reference page. Includes no more
    than 1 source. Paper is not
    formatted following APA
    guidelines.

    Comments:

    **## Example_KinesiologicalAnalysisoftheBreaststroke.pdf**

    Kinesiological Analysis of the Breaststroke Arm Pull

    Introduction: The breaststroke is one of four recognized competitive swimming strokes in United States

    swimming and internationally. Breaststroke competition typically occurs in two distances. The

    distances are 100 yards in American swimming or 100 meters in international swimming, and 200 yards

    during American competition or 200 meters when competing internationally. United States and

    international swimming varies as a result of difference venue (pool) structure. American swimming,

    which is defined more specifically as college or high school swimming, occurs in pools that are 25 yards

    in length. International swimming, including the Olympics, occurs in pools that are 50 meters in length.

    Besides the differences in absolute distances swum, American swimming requires more turns than

    international swimming. For instance, during a 200-yard American swim, the swimmer will make seven

    turns. During an international 200-meter event, in a 50-meter pool, only three turns will occur.

    During the breaststroke, the upper extremities (arm-stroke) move simultaneously and separately from

    the lower extremities (leg-kick), which also move simultaneously. The stroke pattern consists of

    repetitive arm-strokes and leg-kicks that are initiated by the arm-stroke and then followed by the leg-

    kick. There is a pause between each segment of the stroke which allows the swimmer to glide using the

    energy generated in the previous arm-stroke or leg-kick. The length of the pause/glide phases depends

    upon the distance of the race. The gliding phases are shorter in in the 100 yard/meter events due to the

    sprint nature of the event.

    This analysis is limited to the arm-stroke phase of the complete breaststroke. For this presentation, the

    arm stroke will be broken into three temporal phases: 1) Catch; 2) Down-sweep 3) recovery. The

    temporal phases are presented in the figures below. The starting phases is presented as an initial

    reference point.

    Starting Position Catch Down-Sweep Recovery

    The Catch Analysis: From the starting position, the swimmer begins the catch phase of the with the

    shoulders fully flexed and outwardly rotated to approximately 45 degrees. The wrists are slightly flexed

    and abducted. After the pause associated with the stroke, the shoulders begin to adduct and the hands

    move away from each other. The movement during the initial part of this phase is passive and occurs as

    a result of the propulsion from the previous stroke. Concentric muscle contractions begin when the

    elbows flex toward the end of the catch phase. This movement is the result of concentric contraction of

    the biceps brachii, brachialis, and briachioradialis. The biceps brachii is a two-headed, extrinsic, bi-

    articular muscle that crosses both the shoulder and the elbow with the muscle belly located on the

    anterior aspect of the humerus. Its distal tendon crosses the anterior aspect of the elbow joint. The

    brachialis is an intrinsic muscle on the anterior aspect of the elbow deep to the biceps brachii. It is a

    powerful elbow flexor when the forearms are pronated. The brachioradialis muscle belly lies

    predominately on the lateral forearm and supports elbow flexion when the forearm is in the neutral

    position. All of these muscles are supplied by the musculocutaneous nerve. This phase ends with

    powerful shoulder adduction which occurs due to forceful contraction of the pectoralis major and

    latissimus dorsi. These muscles are large muscles located on either side of the torso. The pectoralis

    major is found on the anterior aspect of the torso and attaches on the upper humerus. The latissimus

    dorsi is located on the posterior aspect of the torso and also attaches to the upper humerus. The

    pectoralis major is innervated by the medial and lateral pectoral nerves. The latissimus dorsi is

    innervated by the thoracodorsal nerve. Movement in this phase occurs in the frontal plane and

    horizontal planes.

    The Down-sweep Analysis: During this phase, the hands approach each other as a result of shoulder

    horizontal adduction and inward rotation. This is the primary propulsion phase of the stroke and

    requires powerful concentric contraction of the pectoralis major supplied by the medial and lateral

    pectoral nerves and the anterior deltoid innervated by the axillary nerve. These muscle contract to

    create shoulder horizontal adduction. Shoulder inward rotation also occurs and is primarily supported

    by the subscapularis, a rotator cuff muscle. Other muscles contributing to the movement include the

    anterior deltoid, pectoralis major, teres major, and latissimus dorsi. As the shoulders are horizontally

    adducting, the elbows flex to approximately 90 degrees and the forearms supinate to approximately 90

    degrees. The elbow flexors and neural supply have been mentioned previously. Supination of the

    forearm is caused by contraction of the supinator and biceps brachii. Most of the movement in the

    phase occurs in the horizontal plane. This phase is completed when the hands, forearm, and elbows

    meet each other directly underneath the upper torso of the swimmer.

    Recovery Analysis: The purpose of this phase is to reposition the hands to begin the next arm-stroke.

    Once the hands and forearms meet under the upper torso, they are thrust forward by fully extending

    the elbows and flexing the shoulders to 180 degrees from the anatomical reference position. Also

    during this phase, the forearms pronate approximately 300 degrees from the anatomical reference

    position. Elbow extension occurs due to powerful concentric contraction of the triceps brachii and

    ancoeus which are located on the anterior aspect of the elbow joint. The muscles are innervated by the

    radial nerve. Shoulder flexion occurs due primarily to concentric contraction of the anterior deltoid

    which is which is located on the anterior aspect of the shoulder joint and supplied by the axially nerve.

    Forearm pronation is caused by the pronator teres, which is located on the proximal anterior aspect of

    the forearm, and the pronator quadratus, which is located on the anterior distal aspect of the forearm.

    Strength and Flexibility Training: Strength training to support the arm-stroke portion of the

    breaststroke would heavily emphasize exercises to support shoulder horizontal adduction, because this

    is the primary propulsive segment of the stroke. Training should include exercises for the pectoralis

    major and anterior deltoid. Also due to the shoulder inward rotation involvement during the stroke,

    strength training should include exercises to strengthen the rotator cuff and other muscles involved with

    shoulder inward rotation. This would primarily include the subscapularis, anterior deltoid and teres

    major. Flexibility training should focus on allowing as much forward extension of the upper extremities

    as possible. This would primarily target increasing the range of motion of the shoulders by increasing

    the flexibility of the pectoralis major and latissimus dorsi.

    **## Example_KinesiologicalAnalysisoftheBreaststroke.pdf**

    Kinesiological Analysis of the Breaststroke Arm Pull

    Introduction: The breaststroke is one of four recognized competitive swimming strokes in United States

    swimming and internationally. Breaststroke competition typically occurs in two distances. The

    distances are 100 yards in American swimming or 100 meters in international swimming, and 200 yards

    during American competition or 200 meters when competing internationally. United States and

    international swimming varies as a result of difference venue (pool) structure. American swimming,

    which is defined more specifically as college or high school swimming, occurs in pools that are 25 yards

    in length. International swimming, including the Olympics, occurs in pools that are 50 meters in length.

    Besides the differences in absolute distances swum, American swimming requires more turns than

    international swimming. For instance, during a 200-yard American swim, the swimmer will make seven

    turns. During an international 200-meter event, in a 50-meter pool, only three turns will occur.

    During the breaststroke, the upper extremities (arm-stroke) move simultaneously and separately from

    the lower extremities (leg-kick), which also move simultaneously. The stroke pattern consists of

    repetitive arm-strokes and leg-kicks that are initiated by the arm-stroke and then followed by the leg-

    kick. There is a pause between each segment of the stroke which allows the swimmer to glide using the

    energy generated in the previous arm-stroke or leg-kick. The length of the pause/glide phases depends

    upon the distance of the race. The gliding phases are shorter in in the 100 yard/meter events due to the

    sprint nature of the event.

    This analysis is limited to the arm-stroke phase of the complete breaststroke. For this presentation, the

    arm stroke will be broken into three temporal phases: 1) Catch; 2) Down-sweep 3) recovery. The

    temporal phases are presented in the figures below. The starting phases is presented as an initial

    reference point.

    Starting Position Catch Down-Sweep Recovery

    The Catch Analysis: From the starting position, the swimmer begins the catch phase of the with the

    shoulders fully flexed and outwardly rotated to approximately 45 degrees. The wrists are slightly flexed

    and abducted. After the pause associated with the stroke, the shoulders begin to adduct and the hands

    move away from each other. The movement during the initial part of this phase is passive and occurs as

    a result of the propulsion from the previous stroke. Concentric muscle contractions begin when the

    elbows flex toward the end of the catch phase. This movement is the result of concentric contraction of

    the biceps brachii, brachialis, and briachioradialis. The biceps brachii is a two-headed, extrinsic, bi-

    articular muscle that crosses both the shoulder and the elbow with the muscle belly located on the

    anterior aspect of the humerus. Its distal tendon crosses the anterior aspect of the elbow joint. The

    brachialis is an intrinsic muscle on the anterior aspect of the elbow deep to the biceps brachii. It is a

    powerful elbow flexor when the forearms are pronated. The brachioradialis muscle belly lies

    predominately on the lateral forearm and supports elbow flexion when the forearm is in the neutral

    position. All of these muscles are supplied by the musculocutaneous nerve. This phase ends with

    powerful shoulder adduction which occurs due to forceful contraction of the pectoralis major and

    latissimus dorsi. These muscles are large muscles located on either side of the torso. The pectoralis

    major is found on the anterior aspect of the torso and attaches on the upper humerus. The latissimus

    dorsi is located on the posterior aspect of the torso and also attaches to the upper humerus. The

    pectoralis major is innervated by the medial and lateral pectoral nerves. The latissimus dorsi is

    innervated by the thoracodorsal nerve. Movement in this phase occurs in the frontal plane and

    horizontal planes.

    The Down-sweep Analysis: During this phase, the hands approach each other as a result of shoulder

    horizontal adduction and inward rotation. This is the primary propulsion phase of the stroke and

    requires powerful concentric contraction of the pectoralis major supplied by the medial and lateral

    pectoral nerves and the anterior deltoid innervated by the axillary nerve. These muscle contract to

    create shoulder horizontal adduction. Shoulder inward rotation also occurs and is primarily supported

    by the subscapularis, a rotator cuff muscle. Other muscles contributing to the movement include the

    anterior deltoid, pectoralis major, teres major, and latissimus dorsi. As the shoulders are horizontally

    adducting, the elbows flex to approximately 90 degrees and the forearms supinate to approximately 90

    degrees. The elbow flexors and neural supply have been mentioned previously. Supination of the

    forearm is caused by contraction of the supinator and biceps brachii. Most of the movement in the

    phase occurs in the horizontal plane. This phase is completed when the hands, forearm, and elbows

    meet each other directly underneath the upper torso of the swimmer.

    Recovery Analysis: The purpose of this phase is to reposition the hands to begin the next arm-stroke.

    Once the hands and forearms meet under the upper torso, they are thrust forward by fully extending

    the elbows and flexing the shoulders to 180 degrees from the anatomical reference position. Also

    during this phase, the forearms pronate approximately 300 degrees from the anatomical reference

    position. Elbow extension occurs due to powerful concentric contraction of the triceps brachii and

    ancoeus which are located on the anterior aspect of the elbow joint. The muscles are innervated by the

    radial nerve. Shoulder flexion occurs due primarily to concentric contraction of the anterior deltoid

    which is which is located on the anterior aspect of the shoulder joint and supplied by the axially nerve.

    Forearm pronation is caused by the pronator teres, which is located on the proximal anterior aspect of

    the forearm, and the pronator quadratus, which is located on the anterior distal aspect of the forearm.

    Strength and Flexibility Training: Strength training to support the arm-stroke portion of the

    breaststroke would heavily emphasize exercises to support shoulder horizontal adduction, because this

    is the primary propulsive segment of the stroke. Training should include exercises for the pectoralis

    major and anterior deltoid. Also due to the shoulder inward rotation involvement during the stroke,

    strength training should include exercises to strengthen the rotator cuff and other muscles involved with

    shoulder inward rotation. This would primarily include the subscapularis, anterior deltoid and teres

    major. Flexibility training should focus on allowing as much forward extension of the upper extremities

    as possible. This would primarily target increasing the range of motion of the shoulders by increasing

    the flexibility of the pectoralis major and latissimus dorsi.

    **## instruction.docx**

    Must complete the template and write a 4 page paper after completing template

    **## BarbellPowerClean.docx**

    Kinesiological Analysis Outline Template- Barbell Power Clean

    1. Introduction

    a. Definition and Description of activity

    i. List and describe the temporal phases

    2. Analysis of Movement

    a. Temporal Phase 1

    i. Joint 1

    1. Movement performed

    2. Plane of motion movement occurs in

    3. Muscles contracting concentrically to perform motion

    a. Neural input for concentric contractors

    4. Muscles contracting eccentrically to perform motion

    a. Neural input for eccentric contractors

    ii. Joint 2

    1. Movement performed

    2. Plane of motion movement occurs in

    3. Muscles contracting concentrically to perform motion

    a. Neural input for concentric contractors

    4. Muscles contracting eccentrically to perform motion

    a. Neural input for eccentric contractors

    b. Temporal Phase 2

    i. Joint 1

    1. Movement performed

    2. Plane of motion movement occurs in

    3. Muscles contracting concentrically to perform motion

    a. Neural input for concentric contractors

    4. Muscles contracting eccentrically to perform motion

    a. Neural input for eccentric contractors

    ii. Joint 2

    1. Movement performed

    2. Plane of motion movement occurs in

    3. Muscles contracting concentrically to perform motion

    a. Neural input for concentric contractors

    4. Muscles contracting eccentrically to perform motion

    a. Neural input for eccentric contractors

    3. Discussion of motion with recommendations for improvement

    a. Efficiency

    b. Power

    c. Speed

    d. Endurance

    4. Conclusion

    **## KinesiologicalAnalysis_Rubric.pdf**

    KIN 390 – Kinesiological Analysis Rubric

    Excellent Above Average Average Below Average

    Analysis
    Accuracy
    (40%)

    (40 points)
    The analysis is complete and
    thorough. All joints of
    movement are identified. All
    muscle involvement is
    identified including muscle
    contraction type. All planes of
    movement and neural
    involvement are accurately
    identified. Reflects excellent
    effort.

    (36 points)
    The analysis is complete. All joints
    of movement are identified. Most
    muscle involvement is identified
    as was accurate muscle
    contraction type. Most planes of
    movement and neural
    involvement are accurately
    identified. Reflects above-average
    effort.

    (32 points)
    The analysis is somewhat
    complete. Most major joints of
    movement are identified but some
    minor movements are not
    addressed. Primary agonist
    involvement is accurate but some
    synergists are absent. Some planes
    of motion are identified accurately
    and/or some neural input is
    included and accurate. Reflects
    average effort.

    (27 points)
    The analysis is incomplete or
    completely inaccurate. Many
    movements and/or muscle
    involvement are overlooked
    and/or planes of movement are
    not included and/or Neural input
    analysis is minimal or not included.
    Reflects very little effort.

    Movement
    Complexity
    (25%)

    (25 points)
    The movement is highly
    complex involving multiple
    joints in 3 planes. Multiple
    types of muscle contraction.
    Rotational movements are
    involved.

    (22 points)
    The movement is complex
    involving more than 2 joints in at
    least 2 planes and both body
    segments. Concentric and
    eccentric movements are
    included. Contralateral movement
    is present.

    (20 points)
    The movement is fairly basic
    involving 2 or more joints and
    occurring in 1 body segment.
    Movement is in 1 plane of motion
    or includes only concentric
    contractions. Unilateral or bilateral
    movement is present.

    (18 points)
    The movement is basic involving 1
    or more joints and occurring in 1
    body segment. Movement is in 1
    plane of motion or includes only
    concentric contractions. Unilateral
    or bilateral movement is present.

    Project/Media
    Organization/
    Quality (15%)

    (15 points)
    The paper is extremely well
    organized. All components
    are included and are well
    connected. Media is excellent
    and enhances the
    presentation.

    (13 points)
    The paper is well organized and
    includes well-defined temporal
    phases. Necessary media is
    included.

    (11 points)
    The paper organization is average.
    It includes temporal phases, but
    they are presented in an illogical
    manner. Media is present but is of
    low quality.

    (10 points)
    The paper is poorly organized.
    Temporal phases are nonexistent
    or are poorly defined. No media is
    present

    Writing
    Quality
    (20%)

    (20 points)
    Writing quality is excellent.
    Ideas are clearly conveyed
    and easy to follow. There are
    no more than 5 grammatical
    and/or punctuation errors. In-
    text citations and reference
    page are included and are
    correct. Includes 5 or more
    sources. Paper is formatted
    according to APA guidelines.

    (18 points)
    Writing quality is good. Ideas are
    clearly conveyed and easy to
    follow. There are no more than 10
    grammatical and/or punctuation
    errors. In-text citations are
    attempted and are fairly accurate.
    A reference page is included and is
    accurate. Includes more than 3
    sources. APA style formatting of
    the paper is mostly correct.

    (16 points)
    Writing quality is average. There
    are more than 10 grammatical
    and/or punctuation errors. No
    attempt to include in-text citations
    and/or reference page is present
    but formatting is incorrect.
    Includes 2-3 sources. APA
    formatting of the paper is
    attempted, but incorrect.

    (14 points)
    Writing quality is poor. Ideas or
    difficult to follow. There are more
    than 10 grammatical and/or
    punctuation errors. No attempt to
    include in-text citations and/or
    reference page. Includes no more
    than 1 source. Paper is not
    formatted following APA
    guidelines.

    Comments:

    **## Example_KinesiologicalAnalysisoftheBreaststroke.pdf**

    Kinesiological Analysis of the Breaststroke Arm Pull

    Introduction: The breaststroke is one of four recognized competitive swimming strokes in United States

    swimming and internationally. Breaststroke competition typically occurs in two distances. The

    distances are 100 yards in American swimming or 100 meters in international swimming, and 200 yards

    during American competition or 200 meters when competing internationally. United States and

    international swimming varies as a result of difference venue (pool) structure. American swimming,

    which is defined more specifically as college or high school swimming, occurs in pools that are 25 yards

    in length. International swimming, including the Olympics, occurs in pools that are 50 meters in length.

    Besides the differences in absolute distances swum, American swimming requires more turns than

    international swimming. For instance, during a 200-yard American swim, the swimmer will make seven

    turns. During an international 200-meter event, in a 50-meter pool, only three turns will occur.

    During the breaststroke, the upper extremities (arm-stroke) move simultaneously and separately from

    the lower extremities (leg-kick), which also move simultaneously. The stroke pattern consists of

    repetitive arm-strokes and leg-kicks that are initiated by the arm-stroke and then followed by the leg-

    kick. There is a pause between each segment of the stroke which allows the swimmer to glide using the

    energy generated in the previous arm-stroke or leg-kick. The length of the pause/glide phases depends

    upon the distance of the race. The gliding phases are shorter in in the 100 yard/meter events due to the

    sprint nature of the event.

    This analysis is limited to the arm-stroke phase of the complete breaststroke. For this presentation, the

    arm stroke will be broken into three temporal phases: 1) Catch; 2) Down-sweep 3) recovery. The

    temporal phases are presented in the figures below. The starting phases is presented as an initial

    reference point.

    Starting Position Catch Down-Sweep Recovery

    The Catch Analysis: From the starting position, the swimmer begins the catch phase of the with the

    shoulders fully flexed and outwardly rotated to approximately 45 degrees. The wrists are slightly flexed

    and abducted. After the pause associated with the stroke, the shoulders begin to adduct and the hands

    move away from each other. The movement during the initial part of this phase is passive and occurs as

    a result of the propulsion from the previous stroke. Concentric muscle contractions begin when the

    elbows flex toward the end of the catch phase. This movement is the result of concentric contraction of

    the biceps brachii, brachialis, and briachioradialis. The biceps brachii is a two-headed, extrinsic, bi-

    articular muscle that crosses both the shoulder and the elbow with the muscle belly located on the

    anterior aspect of the humerus. Its distal tendon crosses the anterior aspect of the elbow joint. The

    brachialis is an intrinsic muscle on the anterior aspect of the elbow deep to the biceps brachii. It is a

    powerful elbow flexor when the forearms are pronated. The brachioradialis muscle belly lies

    predominately on the lateral forearm and supports elbow flexion when the forearm is in the neutral

    position. All of these muscles are supplied by the musculocutaneous nerve. This phase ends with

    powerful shoulder adduction which occurs due to forceful contraction of the pectoralis major and

    latissimus dorsi. These muscles are large muscles located on either side of the torso. The pectoralis

    major is found on the anterior aspect of the torso and attaches on the upper humerus. The latissimus

    dorsi is located on the posterior aspect of the torso and also attaches to the upper humerus. The

    pectoralis major is innervated by the medial and lateral pectoral nerves. The latissimus dorsi is

    innervated by the thoracodorsal nerve. Movement in this phase occurs in the frontal plane and

    horizontal planes.

    The Down-sweep Analysis: During this phase, the hands approach each other as a result of shoulder

    horizontal adduction and inward rotation. This is the primary propulsion phase of the stroke and

    requires powerful concentric contraction of the pectoralis major supplied by the medial and lateral

    pectoral nerves and the anterior deltoid innervated by the axillary nerve. These muscle contract to

    create shoulder horizontal adduction. Shoulder inward rotation also occurs and is primarily supported

    by the subscapularis, a rotator cuff muscle. Other muscles contributing to the movement include the

    anterior deltoid, pectoralis major, teres major, and latissimus dorsi. As the shoulders are horizontally

    adducting, the elbows flex to approximately 90 degrees and the forearms supinate to approximately 90

    degrees. The elbow flexors and neural supply have been mentioned previously. Supination of the

    forearm is caused by contraction of the supinator and biceps brachii. Most of the movement in the

    phase occurs in the horizontal plane. This phase is completed when the hands, forearm, and elbows

    meet each other directly underneath the upper torso of the swimmer.

    Recovery Analysis: The purpose of this phase is to reposition the hands to begin the next arm-stroke.

    Once the hands and forearms meet under the upper torso, they are thrust forward by fully extending

    the elbows and flexing the shoulders to 180 degrees from the anatomical reference position. Also

    during this phase, the forearms pronate approximately 300 degrees from the anatomical reference

    position. Elbow extension occurs due to powerful concentric contraction of the triceps brachii and

    ancoeus which are located on the anterior aspect of the elbow joint. The muscles are innervated by the

    radial nerve. Shoulder flexion occurs due primarily to concentric contraction of the anterior deltoid

    which is which is located on the anterior aspect of the shoulder joint and supplied by the axially nerve.

    Forearm pronation is caused by the pronator teres, which is located on the proximal anterior aspect of

    the forearm, and the pronator quadratus, which is located on the anterior distal aspect of the forearm.

    Strength and Flexibility Training: Strength training to support the arm-stroke portion of the

    breaststroke would heavily emphasize exercises to support shoulder horizontal adduction, because this

    is the primary propulsive segment of the stroke. Training should include exercises for the pectoralis

    major and anterior deltoid. Also due to the shoulder inward rotation involvement during the stroke,

    strength training should include exercises to strengthen the rotator cuff and other muscles involved with

    shoulder inward rotation. This would primarily include the subscapularis, anterior deltoid and teres

    major. Flexibility training should focus on allowing as much forward extension of the upper extremities

    as possible. This would primarily target increasing the range of motion of the shoulders by increasing

    the flexibility of the pectoralis major and latissimus dorsi.

    **## instruction.docx**

    Must complete the template and write a 4 page paper after completing template

    **## BarbellPowerClean.docx**

    Kinesiological Analysis Outline Template- Barbell Power Clean

    1. Introduction

    a. Definition and Description of activity

    i. List and describe the temporal phases

    2. Analysis of Movement

    a. Temporal Phase 1

    i. Joint 1

    1. Movement performed

    2. Plane of motion movement occurs in

    3. Muscles contracting concentrically to perform motion

    a. Neural input for concentric contractors

    4. Muscles contracting eccentrically to perform motion

    a. Neural input for eccentric contractors

    ii. Joint 2

    1. Movement performed

    2. Plane of motion movement occurs in

    3. Muscles contracting concentrically to perform motion

    a. Neural input for concentric contractors

    4. Muscles contracting eccentrically to perform motion

    a. Neural input for eccentric contractors

    b. Temporal Phase 2

    i. Joint 1

    1. Movement performed

    2. Plane of motion movement occurs in

    3. Muscles contracting concentrically to perform motion

    a. Neural input for concentric contractors

    4. Muscles contracting eccentrically to perform motion

    a. Neural input for eccentric contractors

    ii. Joint 2

    1. Movement performed

    2. Plane of motion movement occurs in

    3. Muscles contracting concentrically to perform motion

    a. Neural input for concentric contractors

    4. Muscles contracting eccentrically to perform motion

    a. Neural input for eccentric contractors

    3. Discussion of motion with recommendations for improvement

    a. Efficiency

    b. Power

    c. Speed

    d. Endurance

    4. Conclusion

    **## KinesiologicalAnalysis_Rubric.pdf**

    KIN 390 – Kinesiological Analysis Rubric

    Excellent Above Average Average Below Average

    Analysis
    Accuracy
    (40%)

    (40 points)
    The analysis is complete and
    thorough. All joints of
    movement are identified. All
    muscle involvement is
    identified including muscle
    contraction type. All planes of
    movement and neural
    involvement are accurately
    identified. Reflects excellent
    effort.

    (36 points)
    The analysis is complete. All joints
    of movement are identified. Most
    muscle involvement is identified
    as was accurate muscle
    contraction type. Most planes of
    movement and neural
    involvement are accurately
    identified. Reflects above-average
    effort.

    (32 points)
    The analysis is somewhat
    complete. Most major joints of
    movement are identified but some
    minor movements are not
    addressed. Primary agonist
    involvement is accurate but some
    synergists are absent. Some planes
    of motion are identified accurately
    and/or some neural input is
    included and accurate. Reflects
    average effort.

    (27 points)
    The analysis is incomplete or
    completely inaccurate. Many
    movements and/or muscle
    involvement are overlooked
    and/or planes of movement are
    not included and/or Neural input
    analysis is minimal or not included.
    Reflects very little effort.

    Movement
    Complexity
    (25%)

    (25 points)
    The movement is highly
    complex involving multiple
    joints in 3 planes. Multiple
    types of muscle contraction.
    Rotational movements are
    involved.

    (22 points)
    The movement is complex
    involving more than 2 joints in at
    least 2 planes and both body
    segments. Concentric and
    eccentric movements are
    included. Contralateral movement
    is present.

    (20 points)
    The movement is fairly basic
    involving 2 or more joints and
    occurring in 1 body segment.
    Movement is in 1 plane of motion
    or includes only concentric
    contractions. Unilateral or bilateral
    movement is present.

    (18 points)
    The movement is basic involving 1
    or more joints and occurring in 1
    body segment. Movement is in 1
    plane of motion or includes only
    concentric contractions. Unilateral
    or bilateral movement is present.

    Project/Media
    Organization/
    Quality (15%)

    (15 points)
    The paper is extremely well
    organized. All components
    are included and are well
    connected. Media is excellent
    and enhances the
    presentation.

    (13 points)
    The paper is well organized and
    includes well-defined temporal
    phases. Necessary media is
    included.

    (11 points)
    The paper organization is average.
    It includes temporal phases, but
    they are presented in an illogical
    manner. Media is present but is of
    low quality.

    (10 points)
    The paper is poorly organized.
    Temporal phases are nonexistent
    or are poorly defined. No media is
    present

    Writing
    Quality
    (20%)

    (20 points)
    Writing quality is excellent.
    Ideas are clearly conveyed
    and easy to follow. There are
    no more than 5 grammatical
    and/or punctuation errors. In-
    text citations and reference
    page are included and are
    correct. Includes 5 or more
    sources. Paper is formatted
    according to APA guidelines.

    (18 points)
    Writing quality is good. Ideas are
    clearly conveyed and easy to
    follow. There are no more than 10
    grammatical and/or punctuation
    errors. In-text citations are
    attempted and are fairly accurate.
    A reference page is included and is
    accurate. Includes more than 3
    sources. APA style formatting of
    the paper is mostly correct.

    (16 points)
    Writing quality is average. There
    are more than 10 grammatical
    and/or punctuation errors. No
    attempt to include in-text citations
    and/or reference page is present
    but formatting is incorrect.
    Includes 2-3 sources. APA
    formatting of the paper is
    attempted, but incorrect.

    (14 points)
    Writing quality is poor. Ideas or
    difficult to follow. There are more
    than 10 grammatical and/or
    punctuation errors. No attempt to
    include in-text citations and/or
    reference page. Includes no more
    than 1 source. Paper is not
    formatted following APA
    guidelines.

    Comments:

    **## Example_KinesiologicalAnalysisoftheBreaststroke.pdf**

    Kinesiological Analysis of the Breaststroke Arm Pull

    Introduction: The breaststroke is one of four recognized competitive swimming strokes in United States

    swimming and internationally. Breaststroke competition typically occurs in two distances. The

    distances are 100 yards in American swimming or 100 meters in international swimming, and 200 yards

    during American competition or 200 meters when competing internationally. United States and

    international swimming varies as a result of difference venue (pool) structure. American swimming,

    which is defined more specifically as college or high school swimming, occurs in pools that are 25 yards

    in length. International swimming, including the Olympics, occurs in pools that are 50 meters in length.

    Besides the differences in absolute distances swum, American swimming requires more turns than

    international swimming. For instance, during a 200-yard American swim, the swimmer will make seven

    turns. During an international 200-meter event, in a 50-meter pool, only three turns will occur.

    During the breaststroke, the upper extremities (arm-stroke) move simultaneously and separately from

    the lower extremities (leg-kick), which also move simultaneously. The stroke pattern consists of

    repetitive arm-strokes and leg-kicks that are initiated by the arm-stroke and then followed by the leg-

    kick. There is a pause between each segment of the stroke which allows the swimmer to glide using the

    energy generated in the previous arm-stroke or leg-kick. The length of the pause/glide phases depends

    upon the distance of the race. The gliding phases are shorter in in the 100 yard/meter events due to the

    sprint nature of the event.

    This analysis is limited to the arm-stroke phase of the complete breaststroke. For this presentation, the

    arm stroke will be broken into three temporal phases: 1) Catch; 2) Down-sweep 3) recovery. The

    temporal phases are presented in the figures below. The starting phases is presented as an initial

    reference point.

    Starting Position Catch Down-Sweep Recovery

    The Catch Analysis: From the starting position, the swimmer begins the catch phase of the with the

    shoulders fully flexed and outwardly rotated to approximately 45 degrees. The wrists are slightly flexed

    and abducted. After the pause associated with the stroke, the shoulders begin to adduct and the hands

    move away from each other. The movement during the initial part of this phase is passive and occurs as

    a result of the propulsion from the previous stroke. Concentric muscle contractions begin when the

    elbows flex toward the end of the catch phase. This movement is the result of concentric contraction of

    the biceps brachii, brachialis, and briachioradialis. The biceps brachii is a two-headed, extrinsic, bi-

    articular muscle that crosses both the shoulder and the elbow with the muscle belly located on the

    anterior aspect of the humerus. Its distal tendon crosses the anterior aspect of the elbow joint. The

    brachialis is an intrinsic muscle on the anterior aspect of the elbow deep to the biceps brachii. It is a

    powerful elbow flexor when the forearms are pronated. The brachioradialis muscle belly lies

    predominately on the lateral forearm and supports elbow flexion when the forearm is in the neutral

    position. All of these muscles are supplied by the musculocutaneous nerve. This phase ends with

    powerful shoulder adduction which occurs due to forceful contraction of the pectoralis major and

    latissimus dorsi. These muscles are large muscles located on either side of the torso. The pectoralis

    major is found on the anterior aspect of the torso and attaches on the upper humerus. The latissimus

    dorsi is located on the posterior aspect of the torso and also attaches to the upper humerus. The

    pectoralis major is innervated by the medial and lateral pectoral nerves. The latissimus dorsi is

    innervated by the thoracodorsal nerve. Movement in this phase occurs in the frontal plane and

    horizontal planes.

    The Down-sweep Analysis: During this phase, the hands approach each other as a result of shoulder

    horizontal adduction and inward rotation. This is the primary propulsion phase of the stroke and

    requires powerful concentric contraction of the pectoralis major supplied by the medial and lateral

    pectoral nerves and the anterior deltoid innervated by the axillary nerve. These muscle contract to

    create shoulder horizontal adduction. Shoulder inward rotation also occurs and is primarily supported

    by the subscapularis, a rotator cuff muscle. Other muscles contributing to the movement include the

    anterior deltoid, pectoralis major, teres major, and latissimus dorsi. As the shoulders are horizontally

    adducting, the elbows flex to approximately 90 degrees and the forearms supinate to approximately 90

    degrees. The elbow flexors and neural supply have been mentioned previously. Supination of the

    forearm is caused by contraction of the supinator and biceps brachii. Most of the movement in the

    phase occurs in the horizontal plane. This phase is completed when the hands, forearm, and elbows

    meet each other directly underneath the upper torso of the swimmer.

    Recovery Analysis: The purpose of this phase is to reposition the hands to begin the next arm-stroke.

    Once the hands and forearms meet under the upper torso, they are thrust forward by fully extending

    the elbows and flexing the shoulders to 180 degrees from the anatomical reference position. Also

    during this phase, the forearms pronate approximately 300 degrees from the anatomical reference

    position. Elbow extension occurs due to powerful concentric contraction of the triceps brachii and

    ancoeus which are located on the anterior aspect of the elbow joint. The muscles are innervated by the

    radial nerve. Shoulder flexion occurs due primarily to concentric contraction of the anterior deltoid

    which is which is located on the anterior aspect of the shoulder joint and supplied by the axially nerve.

    Forearm pronation is caused by the pronator teres, which is located on the proximal anterior aspect of

    the forearm, and the pronator quadratus, which is located on the anterior distal aspect of the forearm.

    Strength and Flexibility Training: Strength training to support the arm-stroke portion of the

    breaststroke would heavily emphasize exercises to support shoulder horizontal adduction, because this

    is the primary propulsive segment of the stroke. Training should include exercises for the pectoralis

    major and anterior deltoid. Also due to the shoulder inward rotation involvement during the stroke,

    strength training should include exercises to strengthen the rotator cuff and other muscles involved with

    shoulder inward rotation. This would primarily include the subscapularis, anterior deltoid and teres

    major. Flexibility training should focus on allowing as much forward extension of the upper extremities

    as possible. This would primarily target increasing the range of motion of the shoulders by increasing

    the flexibility of the pectoralis major and latissimus dorsi.

    – 1
    – 2
    – 3
    – 4

  • [Solved] Reading Difficulty

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    Read Article provided – ## ArticelCritiqueAssignment.pdf – ## ReadingDifficultyArticles.pdf **## ArticelCritiqueAssignment.pdf** Page 1 of 2 Article Critique Read the two articles provided. Choose one of the articles and complete a 2-page article analysis using the guidelines provided. Submit your a…

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    Assignment Prompt & Instructions

    Read Article provided

    – ## ArticelCritiqueAssignment.pdf

    – ## ReadingDifficultyArticles.pdf

    **## ArticelCritiqueAssignment.pdf**

    Page 1 of 2

    Article Critique

    Read the two articles provided. Choose one of the articles and complete a 2-page article
    analysis using the guidelines provided. Submit your analysis to the grade book for evaluation.

    Reading and Thinking:

    • Read the article SLOWLY. Don't criticize anything just yet. Try to really understand the
    author's logic rather than questioning it.

    • Mark key points and transitions as you read. Try to isolate at least one central point in
    each paragraph.

    • Review introductory and closing sections closely. Think about how the author moves
    from opening statements to conclusions via the body of the article.

    Writing:

    • Begin your written analysis with a blanket statement summarizing what the author does
    in the article. Sometimes the author explicitly gives you his or her agenda in the
    introduction and/or in the conclusion. You should be able to relay this in one or (maybe)
    two sentences.

    • Summarize the key ideas used by the author in achieving his or her agenda. Look at the
    parts of the article you have marked. Try to indicate how the author progresses from
    idea to idea in the article.

    • List important evidence used to support key ideas in the article. Indicate why the author
    finds this evidence convincing.

    Critiquing:

    • Carefully describe any biased, illogical, or inappropriate use of evidence in the
    article. Take into account the author's purpose and perspective, as any apparent misuse
    of evidence may be attributable to these factors.

    • Note any avoidable lack of evidence in the article.

    • Note the strong points of the article.

    Finalizing:

    • Proofread your writing. Read it aloud. Try to use active verbs and concise modifiers.

    • Verify that your analysis would be helpful to someone who hadn't read the article. Don't
    assume that your reader can intuit what you mean by anything.

    Grading Rubric

    Component Unacceptable Acceptable Target

    At the top of the page,
    write your article
    reference in APA

    format.

    Reference has more
    than 1 APA error.

    (0 points)

    Reference follows APA
    format, with 1 error.

    (1 point)

    Reference carefully
    follows APA format,

    with no errors.
    (2 points)

    Page 2 of 2

    Component Unacceptable Acceptable Target

    Summary
    Key points and

    evidence to support
    those points is clearly

    presented

    Summary of article is
    inadequate or too

    brief; does not identify
    main points; fails to
    include appropriate
    evidence to support

    points. (0 points)

    Acceptable summary
    of information that

    describes the article’s
    premise; evidence is
    included. (5 points)

    Excellent summary of
    relevant information
    that clearly describe
    the article’s premise;
    evidence is included.

    (10 points)

    Critique Incomplete critique;
    lacks reflection and

    sound analysis of the
    chosen article; no

    clear connections are
    made to evidence

    gather from the article.
    (0 points)

    Complete critique;
    shows an adequate

    level of reflection and
    analysis; may lack

    connections to
    evidence gathered

    from the article.
    (5 points)

    Complete, well-formed
    critique; shows a

    thoughtful, reflective,
    in-depth analysis of

    chosen article.
    (10 points)

    Professional
    Presentation

    Writing involves many
    grammatical errors

    (more than 3).
    (0 points)

    Writing involves few
    grammatical errors (no
    more than 2). (1 point)

    Writing is free of all
    writing errors.

    (3 points)

    – Article Critique
    – Grading Rubric

    **## ReadingDifficultyArticles.pdf**

    Types of Reading Disability
    By: Louisa Moats and Carol Tolman (2008)

    Researchers have identified three kinds of developmental reading disabilities that often overlap but that can

    be separate and distinct: (1) phonological deficit, (2) processing speed/orthographic processing deficit, and

    (3) comprehension deficit.
    Researchers have made considerable progress in understanding all types of reading disabilities (Fletcher et

    al., 2007). For purposes of research, "reading impaired" children may be all those who score below the 30th
    percentile in basic reading skill. Among all of those poor readers, about 70-80 percent have trouble with
    accurate and fluent word recognition that originates with weaknesses in phonological processing, often in

    combination with fluency and comprehension problems. These students have obvious trouble learning
    sound-symbol correspondence, sounding out words, and spelling. The term dyslexic is most often applied to
    this group.

    Another 10-15 percent of poor readers appear to be accurate but too slow in word recognition and text
    reading. They have specific weaknesses with speed of word recognition and automatic recall of word
    spellings, although they do relatively well on tests of phoneme awareness and other phonological skills. They
    have trouble developing automatic recognition of words by sight and tend to spell phonetically but not

    accurately. This subgroup is thought to have relative strengths in phonological processing, but the nature of
    their relative weakness is still debated by reading scientists (Fletcher et al, 2007; Katzir et al., 2006; Wolf &
    Bowers, 1999). Some argue that the problem is primarily one of timing or processing speed, and others

    propose that there is a specific deficit within the orthographic processor that affects the storage and recall of
    exact letter sequences. This processing speed/orthographic subgroup generally has milder difficulties with
    reading than students with phonological processing deficits.

    Yet another 10-15 percent of poor readers appear to decode words better than they can comprehend the
    meanings of passages. These poor readers are distinguished from dyslexic poor readers because they can
    read words accurately and quickly and they can spell. Their problems are caused by disorders of social

    reasoning, abstract verbal reasoning, or language comprehension.
    Subtypes of Reading Disability

    Researchers currently propose that there are three kinds of developmental reading disabilities that often

    overlap but that can be separate and distinct:

    1. Phonological deficit, implicating a core problem in the phonological processing system of oral
    language.

    2. Processing speed/orthographic processing deficit, affecting speed and accuracy of printed word
    recognition (also called naming speed problem or fluency problem).

    3. Comprehension deficit, often coinciding with the first two types of problems, but specifically found in

    children with social-linguistic disabilities (e.g., autism spectrum), vocabulary weaknesses,
    generalized language learning disorders, and learning difficulties that affect abstract reasoning and
    logical thinking.

    If a student has a prominent and specific weakness in either phonological or rapid print (naming-speed)
    processing, they are said to have a single deficit in word recognition. If they have a combination of
    phonological and naming-speed deficits, they are said to have a double deficit (Wolf & Bowers, 1999).

    Double-deficit children are more common than single-deficit and are also the most challenging to remediate.
    Related and coexisting problems in children with reading disabilities often include:

    • faulty pencil grip and letter formation;

    • attention problems;

    • anxiety;

    • task avoidance;

    • weak impulse control;

    • distractibility;

    • problems with comprehension of spoken language; and

    • confusion of mathematical signs and computation processes.

    About 30 percent of all children with dyslexia also have attention deficit hyperactivity disorder (ADHD).

    Moats, L, & Tolman, C (2009). Language essentials for teachers of reading and spelling (LETRS): The challenge of

    learning to read (module 1). Boston: Sopris West.

    Three Things Research Tells Us about
    Interventions for Struggling Readers
    By: Joe Torgenson, et al. (2007)

    This article, excerpted from a larger guidance document from the Center on Instruction, looks at what

    research tells us about helping students who read below grade level, and highlights the following findings:

    1) schools must provide varied instructional support, based on the degree and nature of the student's

    difficulty; 2) it is important for students to learn comprehension strategies, and strategy instruction should

    be coordinated between literacy specialists and content-area teachers; and 3) more research is needed to

    prove which instructional improvements are really effective.
    When considering research findings, we can draw several conclusions about effective instruction for

    struggling readers.
    First, schools need to be able to provide high-quality instruction in both word-level and comprehension skills
    in order to meet the diverse needs of students who continue to struggle with reading in late-elementary,

    middle, and high school. Because struggling readers differ in both the degree and the nature of their reading
    problems, their instructional supports need to vary in intensity and focus. Some students with adequate
    word-level skills who perform slightly below grade level might be effectively served through differentiated

    instruction in content-area classes.
    Many other students, however, will need much more intensive reading instruction than content area
    teachers alone can provide. There is a clear role for reading specialists in middle and high school to provide

    intensive, focused instruction to students with serious gaps in their reading skill, including students with
    learning disabilities.
    Second, with the exception of instruction to increase reading accuracy and fluency, the content of effective

    literacy instruction for students reading below grade is very similar to that recommended for students
    reading at grade level and above. As with students reading at grade level, general recommendations include
    instruction to help students apply reading comprehension strategies more effectively before, during, and

    after reading, instruction to increase the breadth and depth of vocabulary knowledge, instruction and
    assignments that are motivating and engaging, and instruction that improves knowledge of content-area
    concepts and facts.

    The overlap between the instructional needs of struggling readers and those reading at grade level suggests
    the opportunity for carefully coordinated instruction between reading specialists in intensive reading classes
    and content-area teachers in their subject areas. Many struggling readers may require support beyond that

    which content-area teachers can provide to become proficient in the use of specific comprehension
    strategies (more explicit and intensive instruction), but it would seem immensely helpful if content-area
    teachers were explaining and reinforcing the use of similar strategies with textbooks in social studies,

    history, science, and so on. In fact, given the problems of obtaining strong impacts on measures of general
    reading comprehension noted earlier, extending both instructional and practice opportunities in the use of
    effective reading strategies for struggling readers into the content areas seems a very important
    instructional innovation for middle and high school.

    Third, it is clear that we need more research conducted in real classroom settings over a substantial period
    of time before we can realistically estimate the extent to which instruction in reading accuracy and fluency,
    as well as other areas important for reading comprehension, can actually close the reading gap for students

    with varying degrees of reading impairment.
    Most studies conducted thus far have identified instructional procedures that are more effective than a
    control condition involving "traditional instruction." However, very few of these studies have used

    standardized measures that provide standard scores or percentile ranks that allow us to estimate the extent
    to which students have become better readers in relation to grade level reading standards. Further, we are
    not aware of any studies that have examined changes in performance on state-mandated accountability

    measures as a result of exposure to the kinds of instructional improvements recommended in this
    document. Without research with these kinds of measures, it is difficult to specify the necessary instructional
    conditions for students with various levels and types of reading impairment to make significant

    improvements toward grade-level reading standards.

    Torgenson, J. K., Houston, D. D., Rissman, L. M., Decker, S. M., Roberts, G., Vaughn, S., Wexler, J. Francis, D. J, Rivera,

    M. O., Lesaux, N. (2007). Academic literacy instruction for adolescents: A guidance document from the Center on

    Instruction. Portsmouth, NH: RMC Research Corporation, Center on Instruction. Retrieved from

    http://www.centeroninstruction.org/files/Academic%20Literacy.pdf.

    – Types of Reading Disability
    – Three Things Research Tells Us about Interventions for Struggling Readers

    **## ReadingDifficultyArticles.pdf**

    Types of Reading Disability
    By: Louisa Moats and Carol Tolman (2008)

    Researchers have identified three kinds of developmental reading disabilities that often overlap but that can

    be separate and distinct: (1) phonological deficit, (2) processing speed/orthographic processing deficit, and

    (3) comprehension deficit.
    Researchers have made considerable progress in understanding all types of reading disabilities (Fletcher et

    al., 2007). For purposes of research, "reading impaired" children may be all those who score below the 30th
    percentile in basic reading skill. Among all of those poor readers, about 70-80 percent have trouble with
    accurate and fluent word recognition that originates with weaknesses in phonological processing, often in

    combination with fluency and comprehension problems. These students have obvious trouble learning
    sound-symbol correspondence, sounding out words, and spelling. The term dyslexic is most often applied to
    this group.

    Another 10-15 percent of poor readers appear to be accurate but too slow in word recognition and text
    reading. They have specific weaknesses with speed of word recognition and automatic recall of word
    spellings, although they do relatively well on tests of phoneme awareness and other phonological skills. They
    have trouble developing automatic recognition of words by sight and tend to spell phonetically but not

    accurately. This subgroup is thought to have relative strengths in phonological processing, but the nature of
    their relative weakness is still debated by reading scientists (Fletcher et al, 2007; Katzir et al., 2006; Wolf &
    Bowers, 1999). Some argue that the problem is primarily one of timing or processing speed, and others

    propose that there is a specific deficit within the orthographic processor that affects the storage and recall of
    exact letter sequences. This processing speed/orthographic subgroup generally has milder difficulties with
    reading than students with phonological processing deficits.

    Yet another 10-15 percent of poor readers appear to decode words better than they can comprehend the
    meanings of passages. These poor readers are distinguished from dyslexic poor readers because they can
    read words accurately and quickly and they can spell. Their problems are caused by disorders of social

    reasoning, abstract verbal reasoning, or language comprehension.
    Subtypes of Reading Disability

    Researchers currently propose that there are three kinds of developmental reading disabilities that often

    overlap but that can be separate and distinct:

    1. Phonological deficit, implicating a core problem in the phonological processing system of oral
    language.

    2. Processing speed/orthographic processing deficit, affecting speed and accuracy of printed word
    recognition (also called naming speed problem or fluency problem).

    3. Comprehension deficit, often coinciding with the first two types of problems, but specifically found in

    children with social-linguistic disabilities (e.g., autism spectrum), vocabulary weaknesses,
    generalized language learning disorders, and learning difficulties that affect abstract reasoning and
    logical thinking.

    If a student has a prominent and specific weakness in either phonological or rapid print (naming-speed)
    processing, they are said to have a single deficit in word recognition. If they have a combination of
    phonological and naming-speed deficits, they are said to have a double deficit (Wolf & Bowers, 1999).

    Double-deficit children are more common than single-deficit and are also the most challenging to remediate.
    Related and coexisting problems in children with reading disabilities often include:

    • faulty pencil grip and letter formation;

    • attention problems;

    • anxiety;

    • task avoidance;

    • weak impulse control;

    • distractibility;

    • problems with comprehension of spoken language; and

    • confusion of mathematical signs and computation processes.

    About 30 percent of all children with dyslexia also have attention deficit hyperactivity disorder (ADHD).

    Moats, L, & Tolman, C (2009). Language essentials for teachers of reading and spelling (LETRS): The challenge of

    learning to read (module 1). Boston: Sopris West.

    Three Things Research Tells Us about
    Interventions for Struggling Readers
    By: Joe Torgenson, et al. (2007)

    This article, excerpted from a larger guidance document from the Center on Instruction, looks at what

    research tells us about helping students who read below grade level, and highlights the following findings:

    1) schools must provide varied instructional support, based on the degree and nature of the student's

    difficulty; 2) it is important for students to learn comprehension strategies, and strategy instruction should

    be coordinated between literacy specialists and content-area teachers; and 3) more research is needed to

    prove which instructional improvements are really effective.
    When considering research findings, we can draw several conclusions about effective instruction for

    struggling readers.
    First, schools need to be able to provide high-quality instruction in both word-level and comprehension skills
    in order to meet the diverse needs of students who continue to struggle with reading in late-elementary,

    middle, and high school. Because struggling readers differ in both the degree and the nature of their reading
    problems, their instructional supports need to vary in intensity and focus. Some students with adequate
    word-level skills who perform slightly below grade level might be effectively served through differentiated

    instruction in content-area classes.
    Many other students, however, will need much more intensive reading instruction than content area
    teachers alone can provide. There is a clear role for reading specialists in middle and high school to provide

    intensive, focused instruction to students with serious gaps in their reading skill, including students with
    learning disabilities.
    Second, with the exception of instruction to increase reading accuracy and fluency, the content of effective

    literacy instruction for students reading below grade is very similar to that recommended for students
    reading at grade level and above. As with students reading at grade level, general recommendations include
    instruction to help students apply reading comprehension strategies more effectively before, during, and

    after reading, instruction to increase the breadth and depth of vocabulary knowledge, instruction and
    assignments that are motivating and engaging, and instruction that improves knowledge of content-area
    concepts and facts.

    The overlap between the instructional needs of struggling readers and those reading at grade level suggests
    the opportunity for carefully coordinated instruction between reading specialists in intensive reading classes
    and content-area teachers in their subject areas. Many struggling readers may require support beyond that

    which content-area teachers can provide to become proficient in the use of specific comprehension
    strategies (more explicit and intensive instruction), but it would seem immensely helpful if content-area
    teachers were explaining and reinforcing the use of similar strategies with textbooks in social studies,

    history, science, and so on. In fact, given the problems of obtaining strong impacts on measures of general
    reading comprehension noted earlier, extending both instructional and practice opportunities in the use of
    effective reading strategies for struggling readers into the content areas seems a very important
    instructional innovation for middle and high school.

    Third, it is clear that we need more research conducted in real classroom settings over a substantial period
    of time before we can realistically estimate the extent to which instruction in reading accuracy and fluency,
    as well as other areas important for reading comprehension, can actually close the reading gap for students

    with varying degrees of reading impairment.
    Most studies conducted thus far have identified instructional procedures that are more effective than a
    control condition involving "traditional instruction." However, very few of these studies have used

    standardized measures that provide standard scores or percentile ranks that allow us to estimate the extent
    to which students have become better readers in relation to grade level reading standards. Further, we are
    not aware of any studies that have examined changes in performance on state-mandated accountability

    measures as a result of exposure to the kinds of instructional improvements recommended in this
    document. Without research with these kinds of measures, it is difficult to specify the necessary instructional
    conditions for students with various levels and types of reading impairment to make significant

    improvements toward grade-level reading standards.

    Torgenson, J. K., Houston, D. D., Rissman, L. M., Decker, S. M., Roberts, G., Vaughn, S., Wexler, J. Francis, D. J, Rivera,

    M. O., Lesaux, N. (2007). Academic literacy instruction for adolescents: A guidance document from the Center on

    Instruction. Portsmouth, NH: RMC Research Corporation, Center on Instruction. Retrieved from

    http://www.centeroninstruction.org/files/Academic%20Literacy.pdf.

    – Types of Reading Disability
    – Three Things Research Tells Us about Interventions for Struggling Readers

    **## ArticelCritiqueAssignment.pdf**

    Page 1 of 2

    Article Critique

    Read the two articles provided. Choose one of the articles and complete a 2-page article
    analysis using the guidelines provided. Submit your analysis to the grade book for evaluation.

    Reading and Thinking:

    • Read the article SLOWLY. Don't criticize anything just yet. Try to really understand the
    author's logic rather than questioning it.

    • Mark key points and transitions as you read. Try to isolate at least one central point in
    each paragraph.

    • Review introductory and closing sections closely. Think about how the author moves
    from opening statements to conclusions via the body of the article.

    Writing:

    • Begin your written analysis with a blanket statement summarizing what the author does
    in the article. Sometimes the author explicitly gives you his or her agenda in the
    introduction and/or in the conclusion. You should be able to relay this in one or (maybe)
    two sentences.

    • Summarize the key ideas used by the author in achieving his or her agenda. Look at the
    parts of the article you have marked. Try to indicate how the author progresses from
    idea to idea in the article.

    • List important evidence used to support key ideas in the article. Indicate why the author
    finds this evidence convincing.

    Critiquing:

    • Carefully describe any biased, illogical, or inappropriate use of evidence in the
    article. Take into account the author's purpose and perspective, as any apparent misuse
    of evidence may be attributable to these factors.

    • Note any avoidable lack of evidence in the article.

    • Note the strong points of the article.

    Finalizing:

    • Proofread your writing. Read it aloud. Try to use active verbs and concise modifiers.

    • Verify that your analysis would be helpful to someone who hadn't read the article. Don't
    assume that your reader can intuit what you mean by anything.

    Grading Rubric

    Component Unacceptable Acceptable Target

    At the top of the page,
    write your article
    reference in APA

    format.

    Reference has more
    than 1 APA error.

    (0 points)

    Reference follows APA
    format, with 1 error.

    (1 point)

    Reference carefully
    follows APA format,

    with no errors.
    (2 points)

    Page 2 of 2

    Component Unacceptable Acceptable Target

    Summary
    Key points and

    evidence to support
    those points is clearly

    presented

    Summary of article is
    inadequate or too

    brief; does not identify
    main points; fails to
    include appropriate
    evidence to support

    points. (0 points)

    Acceptable summary
    of information that

    describes the article’s
    premise; evidence is
    included. (5 points)

    Excellent summary of
    relevant information
    that clearly describe
    the article’s premise;
    evidence is included.

    (10 points)

    Critique Incomplete critique;
    lacks reflection and

    sound analysis of the
    chosen article; no

    clear connections are
    made to evidence

    gather from the article.
    (0 points)

    Complete critique;
    shows an adequate

    level of reflection and
    analysis; may lack

    connections to
    evidence gathered

    from the article.
    (5 points)

    Complete, well-formed
    critique; shows a

    thoughtful, reflective,
    in-depth analysis of

    chosen article.
    (10 points)

    Professional
    Presentation

    Writing involves many
    grammatical errors

    (more than 3).
    (0 points)

    Writing involves few
    grammatical errors (no
    more than 2). (1 point)

    Writing is free of all
    writing errors.

    (3 points)

    – Article Critique
    – Grading Rubric

    **## ReadingDifficultyArticles.pdf**

    Types of Reading Disability
    By: Louisa Moats and Carol Tolman (2008)

    Researchers have identified three kinds of developmental reading disabilities that often overlap but that can

    be separate and distinct: (1) phonological deficit, (2) processing speed/orthographic processing deficit, and

    (3) comprehension deficit.
    Researchers have made considerable progress in understanding all types of reading disabilities (Fletcher et

    al., 2007). For purposes of research, "reading impaired" children may be all those who score below the 30th
    percentile in basic reading skill. Among all of those poor readers, about 70-80 percent have trouble with
    accurate and fluent word recognition that originates with weaknesses in phonological processing, often in

    combination with fluency and comprehension problems. These students have obvious trouble learning
    sound-symbol correspondence, sounding out words, and spelling. The term dyslexic is most often applied to
    this group.

    Another 10-15 percent of poor readers appear to be accurate but too slow in word recognition and text
    reading. They have specific weaknesses with speed of word recognition and automatic recall of word
    spellings, although they do relatively well on tests of phoneme awareness and other phonological skills. They
    have trouble developing automatic recognition of words by sight and tend to spell phonetically but not

    accurately. This subgroup is thought to have relative strengths in phonological processing, but the nature of
    their relative weakness is still debated by reading scientists (Fletcher et al, 2007; Katzir et al., 2006; Wolf &
    Bowers, 1999). Some argue that the problem is primarily one of timing or processing speed, and others

    propose that there is a specific deficit within the orthographic processor that affects the storage and recall of
    exact letter sequences. This processing speed/orthographic subgroup generally has milder difficulties with
    reading than students with phonological processing deficits.

    Yet another 10-15 percent of poor readers appear to decode words better than they can comprehend the
    meanings of passages. These poor readers are distinguished from dyslexic poor readers because they can
    read words accurately and quickly and they can spell. Their problems are caused by disorders of social

    reasoning, abstract verbal reasoning, or language comprehension.
    Subtypes of Reading Disability

    Researchers currently propose that there are three kinds of developmental reading disabilities that often

    overlap but that can be separate and distinct:

    1. Phonological deficit, implicating a core problem in the phonological processing system of oral
    language.

    2. Processing speed/orthographic processing deficit, affecting speed and accuracy of printed word
    recognition (also called naming speed problem or fluency problem).

    3. Comprehension deficit, often coinciding with the first two types of problems, but specifically found in

    children with social-linguistic disabilities (e.g., autism spectrum), vocabulary weaknesses,
    generalized language learning disorders, and learning difficulties that affect abstract reasoning and
    logical thinking.

    If a student has a prominent and specific weakness in either phonological or rapid print (naming-speed)
    processing, they are said to have a single deficit in word recognition. If they have a combination of
    phonological and naming-speed deficits, they are said to have a double deficit (Wolf & Bowers, 1999).

    Double-deficit children are more common than single-deficit and are also the most challenging to remediate.
    Related and coexisting problems in children with reading disabilities often include:

    • faulty pencil grip and letter formation;

    • attention problems;

    • anxiety;

    • task avoidance;

    • weak impulse control;

    • distractibility;

    • problems with comprehension of spoken language; and

    • confusion of mathematical signs and computation processes.

    About 30 percent of all children with dyslexia also have attention deficit hyperactivity disorder (ADHD).

    Moats, L, & Tolman, C (2009). Language essentials for teachers of reading and spelling (LETRS): The challenge of

    learning to read (module 1). Boston: Sopris West.

    Three Things Research Tells Us about
    Interventions for Struggling Readers
    By: Joe Torgenson, et al. (2007)

    This article, excerpted from a larger guidance document from the Center on Instruction, looks at what

    research tells us about helping students who read below grade level, and highlights the following findings:

    1) schools must provide varied instructional support, based on the degree and nature of the student's

    difficulty; 2) it is important for students to learn comprehension strategies, and strategy instruction should

    be coordinated between literacy specialists and content-area teachers; and 3) more research is needed to

    prove which instructional improvements are really effective.
    When considering research findings, we can draw several conclusions about effective instruction for

    struggling readers.
    First, schools need to be able to provide high-quality instruction in both word-level and comprehension skills
    in order to meet the diverse needs of students who continue to struggle with reading in late-elementary,

    middle, and high school. Because struggling readers differ in both the degree and the nature of their reading
    problems, their instructional supports need to vary in intensity and focus. Some students with adequate
    word-level skills who perform slightly below grade level might be effectively served through differentiated

    instruction in content-area classes.
    Many other students, however, will need much more intensive reading instruction than content area
    teachers alone can provide. There is a clear role for reading specialists in middle and high school to provide

    intensive, focused instruction to students with serious gaps in their reading skill, including students with
    learning disabilities.
    Second, with the exception of instruction to increase reading accuracy and fluency, the content of effective

    literacy instruction for students reading below grade is very similar to that recommended for students
    reading at grade level and above. As with students reading at grade level, general recommendations include
    instruction to help students apply reading comprehension strategies more effectively before, during, and

    after reading, instruction to increase the breadth and depth of vocabulary knowledge, instruction and
    assignments that are motivating and engaging, and instruction that improves knowledge of content-area
    concepts and facts.

    The overlap between the instructional needs of struggling readers and those reading at grade level suggests
    the opportunity for carefully coordinated instruction between reading specialists in intensive reading classes
    and content-area teachers in their subject areas. Many struggling readers may require support beyond that

    which content-area teachers can provide to become proficient in the use of specific comprehension
    strategies (more explicit and intensive instruction), but it would seem immensely helpful if content-area
    teachers were explaining and reinforcing the use of similar strategies with textbooks in social studies,

    history, science, and so on. In fact, given the problems of obtaining strong impacts on measures of general
    reading comprehension noted earlier, extending both instructional and practice opportunities in the use of
    effective reading strategies for struggling readers into the content areas seems a very important
    instructional innovation for middle and high school.

    Third, it is clear that we need more research conducted in real classroom settings over a substantial period
    of time before we can realistically estimate the extent to which instruction in reading accuracy and fluency,
    as well as other areas important for reading comprehension, can actually close the reading gap for students

    with varying degrees of reading impairment.
    Most studies conducted thus far have identified instructional procedures that are more effective than a
    control condition involving "traditional instruction." However, very few of these studies have used

    standardized measures that provide standard scores or percentile ranks that allow us to estimate the extent
    to which students have become better readers in relation to grade level reading standards. Further, we are
    not aware of any studies that have examined changes in performance on state-mandated accountability

    measures as a result of exposure to the kinds of instructional improvements recommended in this
    document. Without research with these kinds of measures, it is difficult to specify the necessary instructional
    conditions for students with various levels and types of reading impairment to make significant

    improvements toward grade-level reading standards.

    Torgenson, J. K., Houston, D. D., Rissman, L. M., Decker, S. M., Roberts, G., Vaughn, S., Wexler, J. Francis, D. J, Rivera,

    M. O., Lesaux, N. (2007). Academic literacy instruction for adolescents: A guidance document from the Center on

    Instruction. Portsmouth, NH: RMC Research Corporation, Center on Instruction. Retrieved from

    http://www.centeroninstruction.org/files/Academic%20Literacy.pdf.

    – Types of Reading Disability
    – Three Things Research Tells Us about Interventions for Struggling Readers

    **## ArticelCritiqueAssignment.pdf**

    Page 1 of 2

    Article Critique

    Read the two articles provided. Choose one of the articles and complete a 2-page article
    analysis using the guidelines provided. Submit your analysis to the grade book for evaluation.

    Reading and Thinking:

    • Read the article SLOWLY. Don't criticize anything just yet. Try to really understand the
    author's logic rather than questioning it.

    • Mark key points and transitions as you read. Try to isolate at least one central point in
    each paragraph.

    • Review introductory and closing sections closely. Think about how the author moves
    from opening statements to conclusions via the body of the article.

    Writing:

    • Begin your written analysis with a blanket statement summarizing what the author does
    in the article. Sometimes the author explicitly gives you his or her agenda in the
    introduction and/or in the conclusion. You should be able to relay this in one or (maybe)
    two sentences.

    • Summarize the key ideas used by the author in achieving his or her agenda. Look at the
    parts of the article you have marked. Try to indicate how the author progresses from
    idea to idea in the article.

    • List important evidence used to support key ideas in the article. Indicate why the author
    finds this evidence convincing.

    Critiquing:

    • Carefully describe any biased, illogical, or inappropriate use of evidence in the
    article. Take into account the author's purpose and perspective, as any apparent misuse
    of evidence may be attributable to these factors.

    • Note any avoidable lack of evidence in the article.

    • Note the strong points of the article.

    Finalizing:

    • Proofread your writing. Read it aloud. Try to use active verbs and concise modifiers.

    • Verify that your analysis would be helpful to someone who hadn't read the article. Don't
    assume that your reader can intuit what you mean by anything.

    Grading Rubric

    Component Unacceptable Acceptable Target

    At the top of the page,
    write your article
    reference in APA

    format.

    Reference has more
    than 1 APA error.

    (0 points)

    Reference follows APA
    format, with 1 error.

    (1 point)

    Reference carefully
    follows APA format,

    with no errors.
    (2 points)

    Page 2 of 2

    Component Unacceptable Acceptable Target

    Summary
    Key points and

    evidence to support
    those points is clearly

    presented

    Summary of article is
    inadequate or too

    brief; does not identify
    main points; fails to
    include appropriate
    evidence to support

    points. (0 points)

    Acceptable summary
    of information that

    describes the article’s
    premise; evidence is
    included. (5 points)

    Excellent summary of
    relevant information
    that clearly describe
    the article’s premise;
    evidence is included.

    (10 points)

    Critique Incomplete critique;
    lacks reflection and

    sound analysis of the
    chosen article; no

    clear connections are
    made to evidence

    gather from the article.
    (0 points)

    Complete critique;
    shows an adequate

    level of reflection and
    analysis; may lack

    connections to
    evidence gathered

    from the article.
    (5 points)

    Complete, well-formed
    critique; shows a

    thoughtful, reflective,
    in-depth analysis of

    chosen article.
    (10 points)

    Professional
    Presentation

    Writing involves many
    grammatical errors

    (more than 3).
    (0 points)

    Writing involves few
    grammatical errors (no
    more than 2). (1 point)

    Writing is free of all
    writing errors.

    (3 points)

    – Article Critique
    – Grading Rubric

    **## ReadingDifficultyArticles.pdf**

    Types of Reading Disability
    By: Louisa Moats and Carol Tolman (2008)

    Researchers have identified three kinds of developmental reading disabilities that often overlap but that can

    be separate and distinct: (1) phonological deficit, (2) processing speed/orthographic processing deficit, and

    (3) comprehension deficit.
    Researchers have made considerable progress in understanding all types of reading disabilities (Fletcher et

    al., 2007). For purposes of research, "reading impaired" children may be all those who score below the 30th
    percentile in basic reading skill. Among all of those poor readers, about 70-80 percent have trouble with
    accurate and fluent word recognition that originates with weaknesses in phonological processing, often in

    combination with fluency and comprehension problems. These students have obvious trouble learning
    sound-symbol correspondence, sounding out words, and spelling. The term dyslexic is most often applied to
    this group.

    Another 10-15 percent of poor readers appear to be accurate but too slow in word recognition and text
    reading. They have specific weaknesses with speed of word recognition and automatic recall of word
    spellings, although they do relatively well on tests of phoneme awareness and other phonological skills. They
    have trouble developing automatic recognition of words by sight and tend to spell phonetically but not

    accurately. This subgroup is thought to have relative strengths in phonological processing, but the nature of
    their relative weakness is still debated by reading scientists (Fletcher et al, 2007; Katzir et al., 2006; Wolf &
    Bowers, 1999). Some argue that the problem is primarily one of timing or processing speed, and others

    propose that there is a specific deficit within the orthographic processor that affects the storage and recall of
    exact letter sequences. This processing speed/orthographic subgroup generally has milder difficulties with
    reading than students with phonological processing deficits.

    Yet another 10-15 percent of poor readers appear to decode words better than they can comprehend the
    meanings of passages. These poor readers are distinguished from dyslexic poor readers because they can
    read words accurately and quickly and they can spell. Their problems are caused by disorders of social

    reasoning, abstract verbal reasoning, or language comprehension.
    Subtypes of Reading Disability

    Researchers currently propose that there are three kinds of developmental reading disabilities that often

    overlap but that can be separate and distinct:

    1. Phonological deficit, implicating a core problem in the phonological processing system of oral
    language.

    2. Processing speed/orthographic processing deficit, affecting speed and accuracy of printed word
    recognition (also called naming speed problem or fluency problem).

    3. Comprehension deficit, often coinciding with the first two types of problems, but specifically found in

    children with social-linguistic disabilities (e.g., autism spectrum), vocabulary weaknesses,
    generalized language learning disorders, and learning difficulties that affect abstract reasoning and
    logical thinking.

    If a student has a prominent and specific weakness in either phonological or rapid print (naming-speed)
    processing, they are said to have a single deficit in word recognition. If they have a combination of
    phonological and naming-speed deficits, they are said to have a double deficit (Wolf & Bowers, 1999).

    Double-deficit children are more common than single-deficit and are also the most challenging to remediate.
    Related and coexisting problems in children with reading disabilities often include:

    • faulty pencil grip and letter formation;

    • attention problems;

    • anxiety;

    • task avoidance;

    • weak impulse control;

    • distractibility;

    • problems with comprehension of spoken language; and

    • confusion of mathematical signs and computation processes.

    About 30 percent of all children with dyslexia also have attention deficit hyperactivity disorder (ADHD).

    Moats, L, & Tolman, C (2009). Language essentials for teachers of reading and spelling (LETRS): The challenge of

    learning to read (module 1). Boston: Sopris West.

    Three Things Research Tells Us about
    Interventions for Struggling Readers
    By: Joe Torgenson, et al. (2007)

    This article, excerpted from a larger guidance document from the Center on Instruction, looks at what

    research tells us about helping students who read below grade level, and highlights the following findings:

    1) schools must provide varied instructional support, based on the degree and nature of the student's

    difficulty; 2) it is important for students to learn comprehension strategies, and strategy instruction should

    be coordinated between literacy specialists and content-area teachers; and 3) more research is needed to

    prove which instructional improvements are really effective.
    When considering research findings, we can draw several conclusions about effective instruction for

    struggling readers.
    First, schools need to be able to provide high-quality instruction in both word-level and comprehension skills
    in order to meet the diverse needs of students who continue to struggle with reading in late-elementary,

    middle, and high school. Because struggling readers differ in both the degree and the nature of their reading
    problems, their instructional supports need to vary in intensity and focus. Some students with adequate
    word-level skills who perform slightly below grade level might be effectively served through differentiated

    instruction in content-area classes.
    Many other students, however, will need much more intensive reading instruction than content area
    teachers alone can provide. There is a clear role for reading specialists in middle and high school to provide

    intensive, focused instruction to students with serious gaps in their reading skill, including students with
    learning disabilities.
    Second, with the exception of instruction to increase reading accuracy and fluency, the content of effective

    literacy instruction for students reading below grade is very similar to that recommended for students
    reading at grade level and above. As with students reading at grade level, general recommendations include
    instruction to help students apply reading comprehension strategies more effectively before, during, and

    after reading, instruction to increase the breadth and depth of vocabulary knowledge, instruction and
    assignments that are motivating and engaging, and instruction that improves knowledge of content-area
    concepts and facts.

    The overlap between the instructional needs of struggling readers and those reading at grade level suggests
    the opportunity for carefully coordinated instruction between reading specialists in intensive reading classes
    and content-area teachers in their subject areas. Many struggling readers may require support beyond that

    which content-area teachers can provide to become proficient in the use of specific comprehension
    strategies (more explicit and intensive instruction), but it would seem immensely helpful if content-area
    teachers were explaining and reinforcing the use of similar strategies with textbooks in social studies,

    history, science, and so on. In fact, given the problems of obtaining strong impacts on measures of general
    reading comprehension noted earlier, extending both instructional and practice opportunities in the use of
    effective reading strategies for struggling readers into the content areas seems a very important
    instructional innovation for middle and high school.

    Third, it is clear that we need more research conducted in real classroom settings over a substantial period
    of time before we can realistically estimate the extent to which instruction in reading accuracy and fluency,
    as well as other areas important for reading comprehension, can actually close the reading gap for students

    with varying degrees of reading impairment.
    Most studies conducted thus far have identified instructional procedures that are more effective than a
    control condition involving "traditional instruction." However, very few of these studies have used

    standardized measures that provide standard scores or percentile ranks that allow us to estimate the extent
    to which students have become better readers in relation to grade level reading standards. Further, we are
    not aware of any studies that have examined changes in performance on state-mandated accountability

    measures as a result of exposure to the kinds of instructional improvements recommended in this
    document. Without research with these kinds of measures, it is difficult to specify the necessary instructional
    conditions for students with various levels and types of reading impairment to make significant

    improvements toward grade-level reading standards.

    Torgenson, J. K., Houston, D. D., Rissman, L. M., Decker, S. M., Roberts, G., Vaughn, S., Wexler, J. Francis, D. J, Rivera,

    M. O., Lesaux, N. (2007). Academic literacy instruction for adolescents: A guidance document from the Center on

    Instruction. Portsmouth, NH: RMC Research Corporation, Center on Instruction. Retrieved from

    http://www.centeroninstruction.org/files/Academic%20Literacy.pdf.

    – Types of Reading Disability
    – Three Things Research Tells Us about Interventions for Struggling Readers

    – 1
    – 2

  • [Solved] Integration

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    Please choose one global burden of disease and one population (adult, pediatric, or geriatric). Once the population is chosen, find one evidence-based technology to help support the improvement of outcomes in the global burden of disease chosen.

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    Please choose one global burden of disease and one population (adult, pediatric, or geriatric). Once the population is chosen, find one evidence-based technology to help support the improvement of outcomes in the global burden of disease chosen.

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    compare and contrast two theories about the treatment of juvenile offenders

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    compare and contrast two theories about the treatment of juvenile offenders

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    Please see attached for instructions. Below is the discussion point: – Please discuss the different types of reports that an officer may be required to complete as well as when those reports might be required. – Please explain the importance of each type of report as well as the importance for accur…

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    Assignment Prompt & Instructions

    Please see attached for instructions.
    Below is the discussion point:
    – Please discuss the different types of reports that an officer may be required to complete as well as when those reports might be required.
    – Please explain the importance of each type of report as well as the importance for accurate, legible writing and how illegible writing might impact the investigation and prosecution of the crime being documented.
    \
    DiscussionAssignmentInstructions.docx](https://www.sweetstudy.com/files/discussionassignmentinstructions-docx-10312165 "DiscussionAssignmentInstructions.docx")

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    Locate and review one of the articles a classmate critiqued. Then, review the critique itself. Respond to your classmate and provide constructive feedback on his or her critique.

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    Assignment Prompt & Instructions

    Locate and review one of the articles a classmate critiqued. Then, review the critique itself. Respond to your classmate and provide constructive feedback on his or her critique.

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    **Respond to** at least **two** of your colleagues’ posts (on different days) by offering an additional insight or perspective on their description of the purpose or research and/or their description of the role of the literature review in justifying a research problem (i.e., amenable to scientific …

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    Assignment Prompt & Instructions

    **Respond to** at least **two** of your colleagues’ posts (on different days) by offering an additional insight or perspective on their description of the purpose or research and/or their description of the role of the literature review in justifying a research problem (i.e., amenable to scientific study).
    **Note:** Your responses to colleagues should be substantial (250 words minimum), supported with scholarly evidence from your research and/or the Learning Resources, and properly cited using APA style. Your responses should enrich the initial post by supporting and/or adding a fresh viewpoint and be constructive, enhancing the learning experience for all students.

  • [Solved] Project #2 Integrated Curriculum Model

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    Need assistance – ## SE604Project2IntegratedCurriculumModelGuidelineSheetExampleIncluded12.doc **## SE604Project2IntegratedCurriculumModelGuidelineSheetExampleIncluded12.doc** **SE 604** **Guidelines for Completing Project #2-** **Integrated Curriculum Model** Definition: Integrated Curriculum Model…

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    Need assistance

    – ## SE604Project2IntegratedCurriculumModelGuidelineSheetExampleIncluded12.doc

    **## SE604Project2IntegratedCurriculumModelGuidelineSheetExampleIncluded12.doc**

    **SE 604**

    **Guidelines for Completing Project #2-**

    **Integrated Curriculum Model**

    Definition: Integrated Curriculum Model: A curriculum model developed by Van Tassel-Baska, it involves
    **accelerated and advanced content**,
    **depth and complexity through abstract concepts**,
    **direct study of higher order thinking processes**,
    **interdisciplinary themes**, and
    **student research with culminating products for authentic audiences**.

    _Integrated Curriculum Model: Van Tassel-Baska_

    _A._
    _Advanced Content Dimension- 20pts._

    _B._
    _Process/Product Dimension- 30pts._

    _C._
    _Issues/Themes Dimension- 20 pts._

    1. Refer to Chapter 7- Curriculum Models to cover in detail this type of curriculum model. Pages 154-155 of the textbook.

    2. All aspects covered in the definition must be included in the model to receive full credit. This should be designed as a unit plan, consisting of 5 lesson plans. For example, all five lessons pertaining to 5th grade Math. For this assignment only, you
    **do not** have to utilize the COE 5E Lesson Plan Format. Use the format found on page 2 of this document.

    3. For covering the Process/Product Dimension, it is similar to the School-Wide Enrichment Model’s Type II and Type III activities. Pages 141-144 of the textbook.

    4. This activity should be submitted as a Microsoft Word typed document. It should be submitted to the designated discussion board link. The curriculum can be based on a subject matter of your choice.

    5. This assignment is worth 70 pts.

    | |
    | — |
    | **SE 604**<br>**PROJECT #2 Integrated Curriculum Model**<br>**Unit Plan Subject: ___**<br>**English Language Arts- 3rd grade\_\_\_____________** |

    text, referring explicitly to the text as the basis for the answers.

    | | |
    | — | — |
    | ELACC3W7: Conduct short research projects that build knowledge about a topic<br>ELACC3W10: Write routinely over extended time frames (time for research, reflection, and revision) and shorter time frames (a single sitting or a day or two) for<br>a range of discipline-specific tasks, purposes, and audiences.<br>ELACC3SL4: Report on a topic or text, tell a story, or recount an experience with appropriate facts and relevant, descriptive details, speaking<br>clearly at an understandable pace.<br>**Daily Schedule and List of Activities:**<br>**Monday**<br>**Tuesday**<br>**Wednesday**<br>**Thursday**<br>**Friday**<br>Day 1-America<br>-Introduce Unit<br>-Suitcases will be created to hold souvenirs made. <br>-Make a list of America Christmas Traditions. <br>-Watch “Christmas in America” PP<br>-The Night Before Christmas read aloud in class. <br>-Make Cinnamon/Applesauce Ornaments<br>Day 2-Mexico<br>-Locate Mexico on map.<br>-“Polar Express” will be boarded<br>-Research Mexican Christmas Traditions. <br>-Make a handprint poinsettia. <br>Day 3-Brazil<br>-Locate Brazil on map. <br>-Board Train for Brazil. <br>-Watch Brazil PPT. <br>-Make firework souvenir. <br>Day 4-Liberia<br>-Locate Liberia on Map. <br>-Board Train to Liberia.<br>-Watch Liberia PPT. <br>-Why are fireworks used to celebrate Christmas in Liberia and Brazil? <br>-Continue firework souvenir. <br>Day 5-Antarctica<br>-locate Antarctica on the map. <br>-Why are no holidays celebrated in Antarctica? <br>-Watch Antarctica PPT. <br>-Make souvenir<br>(candy cane koala)<br>Monday<br>Tuesday<br>Day 7-Germany<br>Where is Germany on map? <br>-Watch Christmas in Germany PPT. <br>-Make a Tangram Tree<br>-Review all continents and traditions. <br>-Class discussion of what country each student liked best and why. <br>Create a book of one written passage and one picture of each country and the tradition we learned about in class. <br>**Concept:** The students will learn about the different traditions and concepts of Christmas from 7 different countries around the world.<br> <br>At the end of the unit, students will be able to: <br>**UNDERSTAND**<br>That different countries around the world have different traditions other than that of the United States. <br>**KNOW (Facts**)<br> <br>The students will be able to state a country and a fact about how that country celebrates the holiday of Christmas. <br>**ABLE TO DO**<br>The students will be able to make a variety of souvenirs, mostly ornaments. They will use what they have learned to create these souvenirs. <br>**Introducing The Countries:**<br>There will be a PowerPoint on each country that the students will watch every day a new country is introduced. <br>After the PowerPoints are watched by the students, the students will board the “Polar Express.” We will take the train to the country. (the students will see the path from our state of Georgia to the country on a map)<br>**Discussion**<br>The students will participate in a class wide discussion about each country after they have watched the PowerPoint. Questions will be answered.<br>**Differentiated Instruction Strategies**<br>This unit will consist of PowerPoint presentations, students being read to by the teacher, handouts, hands on activities, and art projects. |
    | **DAY ONE** |
    | **A.**<br>**Advanced Content Dimension** | Students will learn about American and Christmas traditions in our country first. They will make a list of traditions that their families do at their homes. They will watch a PowerPoint Presentation on American Christmas traditions, and the class will discuss these. We will read The Night Before Christmas as a class, and then will make Christmas Ornaments. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |
    | **DAY TWO** |
    | **A.**<br>**Advanced Content Dimension** | On Tuesday, students will learn about Mexico and their Christmas traditions. They will get in groups of 2-3 and get on the computer and research Mexican traditions. When their research is complete (20 facts) they will turn these facts in. They will create a handprint poinsettia for their project for the day. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |
    | **DAY THREE** |
    | **A.**<br>**Advanced Content Dimension** | Students will identify Brazil on the map. They will then watch a PowerPoint on Brazil and their Christmas traditions. They will learn why fireworks are such an important part of Brazil’s Christmas traditions and then they will create a firework art project. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |
    | **DAY FOUR** |
    | **A.**<br>**Advanced Content Dimension** | Students will learn about Liberia. They will understand the significance and discuss how fireworks relate to their culture. They will find the similarities between Brazil, Liberia, and fireworks. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |
    | **DAY FIVE** |
    | **A.**<br>**Advanced Content Dimension** | Students will learn about Antarctica, where it is located on the map, and why there are no Christmas traditions found here. They will then make a candy cane koala. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |
    | **DAY SIX** |
    | **A.**<br>**Advanced Content Dimension** | Students will learn about Christmas in Germany and their traditions. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |

    | | |
    | — | — |
    | **DAY SEVEN** |
    | **A.**<br>**Advanced Content Dimension** | Students will review all countries and traditions learned in class. There will be a class discussion on each country and tradition learned. A book will be created of what they have learned. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |
    | **Dimensions Application:**<br>The <br>_process/product dimension_ is used throughout my unit. There is direct instruction given by the teacher, and then every day there is an activity that is done to demonstrate and revolve around what the student has learned. <br> <br>Also, <br>_issues/themes dimension_ is used in this unit. This unit is similar to the Parallel Curriculum Model in that the curriculum is organized around the theme of Christmas. The students are able to develop a deep idea and understanding of each country daily. The students understand the system of knowledge by learning the countries and Christmas traditions. <br> <br>Lastly, <br>_advanced content dimension_ meets gifted student needs because students can pick their groups, pick their country to research and what topics they will choose to research, and they work with students in the class to create this part of the unit. |

    **## SE604Project2IntegratedCurriculumModelGuidelineSheetExampleIncluded12.doc**

    **SE 604**

    **Guidelines for Completing Project #2-**

    **Integrated Curriculum Model**

    Definition: Integrated Curriculum Model: A curriculum model developed by Van Tassel-Baska, it involves
    **accelerated and advanced content**,
    **depth and complexity through abstract concepts**,
    **direct study of higher order thinking processes**,
    **interdisciplinary themes**, and
    **student research with culminating products for authentic audiences**.

    _Integrated Curriculum Model: Van Tassel-Baska_

    _A._
    _Advanced Content Dimension- 20pts._

    _B._
    _Process/Product Dimension- 30pts._

    _C._
    _Issues/Themes Dimension- 20 pts._

    1. Refer to Chapter 7- Curriculum Models to cover in detail this type of curriculum model. Pages 154-155 of the textbook.

    2. All aspects covered in the definition must be included in the model to receive full credit. This should be designed as a unit plan, consisting of 5 lesson plans. For example, all five lessons pertaining to 5th grade Math. For this assignment only, you
    **do not** have to utilize the COE 5E Lesson Plan Format. Use the format found on page 2 of this document.

    3. For covering the Process/Product Dimension, it is similar to the School-Wide Enrichment Model’s Type II and Type III activities. Pages 141-144 of the textbook.

    4. This activity should be submitted as a Microsoft Word typed document. It should be submitted to the designated discussion board link. The curriculum can be based on a subject matter of your choice.

    5. This assignment is worth 70 pts.

    | |
    | — |
    | **SE 604**<br>**PROJECT #2 Integrated Curriculum Model**<br>**Unit Plan Subject: ___**<br>**English Language Arts- 3rd grade\_\_\_____________** |

    text, referring explicitly to the text as the basis for the answers.

    | | |
    | — | — |
    | ELACC3W7: Conduct short research projects that build knowledge about a topic<br>ELACC3W10: Write routinely over extended time frames (time for research, reflection, and revision) and shorter time frames (a single sitting or a day or two) for<br>a range of discipline-specific tasks, purposes, and audiences.<br>ELACC3SL4: Report on a topic or text, tell a story, or recount an experience with appropriate facts and relevant, descriptive details, speaking<br>clearly at an understandable pace.<br>**Daily Schedule and List of Activities:**<br>**Monday**<br>**Tuesday**<br>**Wednesday**<br>**Thursday**<br>**Friday**<br>Day 1-America<br>-Introduce Unit<br>-Suitcases will be created to hold souvenirs made. <br>-Make a list of America Christmas Traditions. <br>-Watch “Christmas in America” PP<br>-The Night Before Christmas read aloud in class. <br>-Make Cinnamon/Applesauce Ornaments<br>Day 2-Mexico<br>-Locate Mexico on map.<br>-“Polar Express” will be boarded<br>-Research Mexican Christmas Traditions. <br>-Make a handprint poinsettia. <br>Day 3-Brazil<br>-Locate Brazil on map. <br>-Board Train for Brazil. <br>-Watch Brazil PPT. <br>-Make firework souvenir. <br>Day 4-Liberia<br>-Locate Liberia on Map. <br>-Board Train to Liberia.<br>-Watch Liberia PPT. <br>-Why are fireworks used to celebrate Christmas in Liberia and Brazil? <br>-Continue firework souvenir. <br>Day 5-Antarctica<br>-locate Antarctica on the map. <br>-Why are no holidays celebrated in Antarctica? <br>-Watch Antarctica PPT. <br>-Make souvenir<br>(candy cane koala)<br>Monday<br>Tuesday<br>Day 7-Germany<br>Where is Germany on map? <br>-Watch Christmas in Germany PPT. <br>-Make a Tangram Tree<br>-Review all continents and traditions. <br>-Class discussion of what country each student liked best and why. <br>Create a book of one written passage and one picture of each country and the tradition we learned about in class. <br>**Concept:** The students will learn about the different traditions and concepts of Christmas from 7 different countries around the world.<br> <br>At the end of the unit, students will be able to: <br>**UNDERSTAND**<br>That different countries around the world have different traditions other than that of the United States. <br>**KNOW (Facts**)<br> <br>The students will be able to state a country and a fact about how that country celebrates the holiday of Christmas. <br>**ABLE TO DO**<br>The students will be able to make a variety of souvenirs, mostly ornaments. They will use what they have learned to create these souvenirs. <br>**Introducing The Countries:**<br>There will be a PowerPoint on each country that the students will watch every day a new country is introduced. <br>After the PowerPoints are watched by the students, the students will board the “Polar Express.” We will take the train to the country. (the students will see the path from our state of Georgia to the country on a map)<br>**Discussion**<br>The students will participate in a class wide discussion about each country after they have watched the PowerPoint. Questions will be answered.<br>**Differentiated Instruction Strategies**<br>This unit will consist of PowerPoint presentations, students being read to by the teacher, handouts, hands on activities, and art projects. |
    | **DAY ONE** |
    | **A.**<br>**Advanced Content Dimension** | Students will learn about American and Christmas traditions in our country first. They will make a list of traditions that their families do at their homes. They will watch a PowerPoint Presentation on American Christmas traditions, and the class will discuss these. We will read The Night Before Christmas as a class, and then will make Christmas Ornaments. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |
    | **DAY TWO** |
    | **A.**<br>**Advanced Content Dimension** | On Tuesday, students will learn about Mexico and their Christmas traditions. They will get in groups of 2-3 and get on the computer and research Mexican traditions. When their research is complete (20 facts) they will turn these facts in. They will create a handprint poinsettia for their project for the day. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |
    | **DAY THREE** |
    | **A.**<br>**Advanced Content Dimension** | Students will identify Brazil on the map. They will then watch a PowerPoint on Brazil and their Christmas traditions. They will learn why fireworks are such an important part of Brazil’s Christmas traditions and then they will create a firework art project. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |
    | **DAY FOUR** |
    | **A.**<br>**Advanced Content Dimension** | Students will learn about Liberia. They will understand the significance and discuss how fireworks relate to their culture. They will find the similarities between Brazil, Liberia, and fireworks. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |
    | **DAY FIVE** |
    | **A.**<br>**Advanced Content Dimension** | Students will learn about Antarctica, where it is located on the map, and why there are no Christmas traditions found here. They will then make a candy cane koala. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |
    | **DAY SIX** |
    | **A.**<br>**Advanced Content Dimension** | Students will learn about Christmas in Germany and their traditions. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |

    | | |
    | — | — |
    | **DAY SEVEN** |
    | **A.**<br>**Advanced Content Dimension** | Students will review all countries and traditions learned in class. There will be a class discussion on each country and tradition learned. A book will be created of what they have learned. |
    | **B.**<br>**Process/Product Dimension** | |
    | **C.**<br>**Issues/Themes Dimension** | |
    | **Dimensions Application:**<br>The <br>_process/product dimension_ is used throughout my unit. There is direct instruction given by the teacher, and then every day there is an activity that is done to demonstrate and revolve around what the student has learned. <br> <br>Also, <br>_issues/themes dimension_ is used in this unit. This unit is similar to the Parallel Curriculum Model in that the curriculum is organized around the theme of Christmas. The students are able to develop a deep idea and understanding of each country daily. The students understand the system of knowledge by learning the countries and Christmas traditions. <br> <br>Lastly, <br>_advanced content dimension_ meets gifted student needs because students can pick their groups, pick their country to research and what topics they will choose to research, and they work with students in the class to create this part of the unit. |