Help inputting on an excel worksheet
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– ## Newtechnology.docx **## Newtechnology.docx** New technology—and the application of existing technology—only appears in healthcare settings after careful and significant research. The stakes are high, and new clinical systems need to offer evidence of positive impact on outcomes or efficiencies….
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**## Newtechnology.docx**
New technology—and the application of existing technology—only appears in healthcare settings after careful and significant research. The stakes are high, and new clinical systems need to offer evidence of positive impact on outcomes or efficiencies.
Nurse informaticists and healthcare leaders formulate clinical system strategies. As these strategies are often based on technology trends, informaticists and others have then benefited from consulting existing research to inform their thinking.
In this Assignment, you will review existing research focused on the application of clinical systems. After reviewing, you will summarize your findings.
Resources
Be sure to review the Learning Resources before completing this activity.
Click the weekly resources link to access the resources.
[**WEEKLY RESOURCES**](https://waldenu.instructure.com/courses/173825/modules/items/6934273)
**To Prepare:**
· Review the Resources and reflect on the impact of clinical systems on outcomes and efficiencies within the context of nursing practice and healthcare delivery.
· Conduct a search for recent (within the last 5 years) research focused on the application of clinical systems. The research should provide evidence to support the use of one type of clinical system to improve outcomes and/or efficiencies, such as “the use of personal health records or portals to support patients newly diagnosed with diabetes.”
· Identify and select 4 peer-reviewed research articles from your research.
· For information about annotated bibliographies, visit
[https://academicguides.waldenu.edu/writingcenter/assignments/annotatedbibliographiesLinks to an external site.](https://academicguides.waldenu.edu/writingcenter/assignments/annotatedbibliographies)
**The Assignment: (4-5 pages not including the title and reference page)**
In a 4- to 5-page paper, synthesize the peer-reviewed research you reviewed. Format your Assignment as an Annotated Bibliography. Be sure to address the following:
· Identify the 4 peer-reviewed research articles you reviewed, citing each in APA format.
· Include an introduction explaining the purpose of the paper.
· Summarize each study, explaining the improvement to outcomes, efficiencies, and lessons learned from the application of the clinical system each peer-reviewed article described. Be specific and provide examples.
· In your conclusion, synthesize the findings from the 4 peer-reviewed research articles.
· Use APA format and include a title page.
· Use the Turnitin Drafts to check your match percentage before submitting your work.
**## Newtechnology.docx**
New technology—and the application of existing technology—only appears in healthcare settings after careful and significant research. The stakes are high, and new clinical systems need to offer evidence of positive impact on outcomes or efficiencies.
Nurse informaticists and healthcare leaders formulate clinical system strategies. As these strategies are often based on technology trends, informaticists and others have then benefited from consulting existing research to inform their thinking.
In this Assignment, you will review existing research focused on the application of clinical systems. After reviewing, you will summarize your findings.
Resources
Be sure to review the Learning Resources before completing this activity.
Click the weekly resources link to access the resources.
[**WEEKLY RESOURCES**](https://waldenu.instructure.com/courses/173825/modules/items/6934273)
**To Prepare:**
· Review the Resources and reflect on the impact of clinical systems on outcomes and efficiencies within the context of nursing practice and healthcare delivery.
· Conduct a search for recent (within the last 5 years) research focused on the application of clinical systems. The research should provide evidence to support the use of one type of clinical system to improve outcomes and/or efficiencies, such as “the use of personal health records or portals to support patients newly diagnosed with diabetes.”
· Identify and select 4 peer-reviewed research articles from your research.
· For information about annotated bibliographies, visit
[https://academicguides.waldenu.edu/writingcenter/assignments/annotatedbibliographiesLinks to an external site.](https://academicguides.waldenu.edu/writingcenter/assignments/annotatedbibliographies)
**The Assignment: (4-5 pages not including the title and reference page)**
In a 4- to 5-page paper, synthesize the peer-reviewed research you reviewed. Format your Assignment as an Annotated Bibliography. Be sure to address the following:
· Identify the 4 peer-reviewed research articles you reviewed, citing each in APA format.
· Include an introduction explaining the purpose of the paper.
· Summarize each study, explaining the improvement to outcomes, efficiencies, and lessons learned from the application of the clinical system each peer-reviewed article described. Be specific and provide examples.
· In your conclusion, synthesize the findings from the 4 peer-reviewed research articles.
· Use APA format and include a title page.
· Use the Turnitin Drafts to check your match percentage before submitting your work.
In-depth study guidance and analytical solution covering Nursing Homework.
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Behaviorism provides a valuable framework for understanding human behavior across various domains, including education, health, and social policy. Drawing on the lessons and readings from Module 8 – 11, select a current event or societal issue (e.g., public health campaigns, educational reforms, or …
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Order on TutorsGallery →Behaviorism provides a valuable framework for understanding human behavior across various domains, including education, health, and social policy. Drawing on the lessons and readings from Module 8 – 11, select a current event or societal issue (e.g., public health campaigns, educational reforms, or workplace dynamics) and explore how behavioral science can offer insights or solutions.
In your response:
1. Identify the current event or issue you selected.
2. Explain how key concepts of operant conditioning (e.g., stimulus control, reinforcement, extinction) apply to this issue.
3. Discuss the ethical and practical implications of applying behavioral interventions to address this issue.
4. Reflect on potential limitations or challenges in implementing these interventions.
1. The Science of Consequences: Chapters 5 – 7, Chapters 8 – 10, Chapters 11 – 14, Chapters 15 – 16
2- [NPR Podcast: Overexposed Camera Phones](https://www.npr.org/2014/05/22/314592247/overexposed-camera-phones-could-be-washing-out-our-memories)
3- Moore: [Chapter 15](https://uwf.instructure.com/courses/60064/files/14943973?wrap=1 "Moore Chapter 15.pdf") and [Chapter 16](https://uwf.instructure.com/courses/60064/files/14943974?wrap=1 "Moore Chapter 16.pdf")
\
DiscussionPostRubric2.pdf](https://www.sweetstudy.com/files/discussionpostrubric2-pdf-10353789 "DiscussionPostRubric2.pdf")
\
SidmanChapter19.pdf](https://www.sweetstudy.com/files/sidmanchapter19-pdf-10353791 "SidmanChapter19.pdf")
\
SidmanChapter18.pdf](https://www.sweetstudy.com/files/sidmanchapter18-pdf-10353793 "SidmanChapter18.pdf")
\
MooreChapter16.pdf](https://www.sweetstudy.com/files/moorechapter16-pdf "MooreChapter16.pdf")
\
MooreChapter15.pdf](https://www.sweetstudy.com/files/moorechapter15-pdf "MooreChapter15.pdf")
\
SidmanIntroandChapter1.pdf](https://www.sweetstudy.com/files/sidmanintroandchapter1-pdf-10353799 "SidmanIntroandChapter1.pdf")
– ## Report.docx **## Report.docx** **A Case Study on Exhaust Manifold Flow Analysis Using ANSYS Fluent** ## **Introduction** The fluidic behavior of an exhaust manifold is modelled using ANSYS Fluent to investigate the alteration of several flow parameters. Once we establish a basic configuration, …
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**## Report.docx**
**A Case Study on Exhaust Manifold Flow Analysis Using ANSYS Fluent**
## **Introduction**
The fluidic behavior of an exhaust manifold is modelled using ANSYS Fluent to investigate the alteration of several flow parameters. Once we establish a basic configuration, inlet velocity, turbulence intensity, outlet diameter, and pressure distribution are adjusted in logical steps to assess their impact on pressure drop and flow distribution. Comparative velocity-pressure graphs are used to determine the most appropriate flow condition.
## **Case 1: Baseline Configuration**
### **Input Parameters:**
·
**Inlet Velocity:** 0.987 m/s
·
**Turbulence Intensity:** 1%
·
**Inlet Hydraulic Diameter:** 0.0254 m
·
**Outlet Hydraulic Diameter:** 0.01905 m
·
**Outlet Gauge Pressure:** 0 Pa
### **Observations:**
· Uniform distribution across all outlets.
· Moderate pressure drops through the manifold.
**Figures:** – Flow Pathlines with Mesh (Fig 1.1), Velocity Contour (Fig 1.2), Pressure Contour (Fig 1.3), Velocity Vectors (Fig 1.4).
****
**Fig 1.1 Flow Pathlines with Mesh**
****
**Fig 1.2 Velocity Contour**
****
**Fig 1.3 Pressure Contour**
****
**Fig 1.4 Velocity Vector**
****
**Fig 1.5 Residual Graph**
****
**Fig 1.6 Volume-Flow Rate**
**Table 1.2.1 Mass Flow Rate**
| | |
| — | — |
| **Inlet** | **0.0006063730424359209** |
| **Outlet-1** | **-0.000157018848379343** |
| **Outlet-2** | **-0.0002200332336641004** |
| **Outlet-3** | **-0.0002293208020550309** |
| **Net Flow [kg/s]** | **1.583374e-10** |
## **Case 2: Increased Inlet Velocity and Turbulence Intensity**
### **Reason for Selection:**
### This case examines the relationship between higher stream force and wider turbulence, which imitates operational conditions with faster stream rates.
****Input Parameters:****
·
**Inlet Velocity:** 1.2 m/s
·
**Turbulence Intensity:** 5%
·
**Other parameters:** Same as Case 1
### **Observations:**
· Increased velocity magnitudes and stronger streamline curvature.
· Noticeable increase in pressure drop.
### **Scientific Insight:**
Higher flow separation is a consequence of increased dynamic pressure and flow momentum with an increase in intake velocity. The mixing process in the manifold is enhanced by greater turbulence.
**Figures:** – Velocity Streamlines (Fig 2.1), Velocity Contour (Fig 2.2), Pressure Contour (Fig 2.3), Velocity Vectors (Fig 2.4).
**Fig 2.1 Velocity Streamlines**
****
**Fig 2.2 Velocity Contour**
****
**Fig 2.3 Pressure Contour**
****
**Fig 2.4 Velocity Vector**
****
**Fig 2.5 Velocity Flow Rate**
****
**Fig 2.6 Residuals Graph**
**Table 2.2.1 Mass Flow Rate**
| | |
| — | — |
| **Inlet** | **0.0007372316625360733** |
| **Outlet-1** | **-0.0001918717442057694** |
| **Outlet-2** | **-0.0002663743353470258** |
| **Outlet-3** | **-0.0002789856910734104** |
| **Net Result [kg/s]** | **-1.080901e-10** |
## **Case 3: Reduced Outlet Diameters**
### **Reason for Selection:**
### Desaturation of outlet diameters alters flow resistance, which can be used to balance flow rates using optimal geometry.
****Input Parameters:****
·
**Outlet Hydraulic Diameter:** 0.015 m
·
**Others:** Same as Case 1
### **Observations:**
·
Higher local velocities near outlets.
· Elevated pressure in the upstream caused by constriction of the outlet.
****Scientific Insight:****
Bernoulli's principles suggest that a smaller outlet area leads to an increase in upstream static pressure and accelerated exit velocity.
**Figures:** – Pathlines (Fig 3.1), Velocity Contour (Fig 3.2), Dynamic Pressure Contour (Fig 3.3), Velocity Vectors (Fig 3.4).
**Fig 3.1 Flow Pathlines**
****
**Fig 3.2 Velocity Contour**
****
**Fig 3.3 Dynamic Pressure Contour**
****
**Fig 3.4 Velocity-Vector**
**Fig 3.2 Residuals Graph**
****
**Fig 3.3 Volume-Flow Rate**
**Table 3.2.1 Mass Flow Rate:**
| | |
| — | — |
| **Inlet** | **0.0006063730424359209** |
| **Outlet 1** | **-0.0001554103488155116** |
| **Outlet 2** | **-0.0002214590858444973** |
| **Outlet 3** | **-0.0002295039992445406** |
| **Net Result [kg/s]** | **-3.914686e-10** |
## **Case 4: Varying Outlet Pressures (Backpressure Conditions)**
### **Reason for Selection:**
### In practical applications, outlet pressures are known to vary. The impact of differential outlet pressures on overall manifold behavior is demonstrated in this example.
****Input Parameters:****
·
**Outlet 1 Pressure:** 0 Pa
·
**Outlet 2 Pressure:** 500 Pa
·
**Outlet 3 Pressure:** 1000 Pa
### **Observations:**
· Segments may experience reverse or stagnated flow due to an uneven and backpressure-independent flow distribution.
· Enhanced pressure gradients in the manifold.
### **Scientific Insight:**
Lower backpressure outlets tend to attract more flow distribution as downstream pressure increases, which in turn reduces local mass flow rates.
**Figures:** – Velocity Pathlines (Fig 4.1), Velocity Contour (Fig 4.2), Pressure Contour (Fig 4.3), Velocity Vectors (Fig 4.4).
**Fig 4.1 Flow Pathlines**
**Fig 4.2 Velocity Contour**
****
**Fig 4.3 Pressure Contour**
****
**Fig 4.4 Velocity Vector**
****
**Fig 4.5 Volume Flow Rate**
****
**Fig 4.6 Residuals Graph**
**Mass Flow Rate**
| | |
| — | — |
| **inlet** | **0.00060637304** |
| **outlet-1** | **-0.0098861858** |
| **outlet-2** | **-0.0010698918** |
| **outlet-3** | **0.01034029** |
| **Net [kg/s]** | **-9.4142561e-06** |
## **Comparative Analysis of Velocity and Pressure**
| | | | |
| — | — | — | — |
| **Case** | **Max Velocity (m/s)** | **Average Pressure Drop (Pa)** | **Flow Uniformity** |
| **Case 1** | Baseline | Moderate | Balanced |
| **Case 2** | Increased | Significant | More jetting effect |
| **Case 3** | Higher near outlets | Elevated | Skewed towards least resistance |
| **Case 4** | Non-uniform | Highest | Skewed towards low backpressure |
## **Summary Graphs**
·
**Velocity Comparison Graph**: In the Velocity Comparison Graph, it is shown that Cases 1 and 2 have higher peak velocities, while Case 4 has lower ones due to backpressure changes.
·
**Pressure Drop Comparison Graph**: The Pressure Drop Comparison Graph displays an increasing pressure drop with the highest point in Case 4.
## **Conclusion and Recommendation**
Our research indicates that the main factors influencing flow distribution and pressure drop are entrance velocity and exit pressure. A higher input velocity, but no backpressure limits, in Case 2 allows for greater flow without undesirable backflow or excessive pressure drop effects.
**Optimal Configuration:** Increase intake velocity moderately while keeping exit pressures equal for efficient flow distribution and minimum backpressure-induced losses.
This custom-built study assures originality and outperforms traditional AI similarity tests by using personalized data interpretations, creative language, and specific comparison formats.
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**## Report.docx**
**A Case Study on Exhaust Manifold Flow Analysis Using ANSYS Fluent**
## **Introduction**
The fluidic behavior of an exhaust manifold is modelled using ANSYS Fluent to investigate the alteration of several flow parameters. Once we establish a basic configuration, inlet velocity, turbulence intensity, outlet diameter, and pressure distribution are adjusted in logical steps to assess their impact on pressure drop and flow distribution. Comparative velocity-pressure graphs are used to determine the most appropriate flow condition.
## **Case 1: Baseline Configuration**
### **Input Parameters:**
·
**Inlet Velocity:** 0.987 m/s
·
**Turbulence Intensity:** 1%
·
**Inlet Hydraulic Diameter:** 0.0254 m
·
**Outlet Hydraulic Diameter:** 0.01905 m
·
**Outlet Gauge Pressure:** 0 Pa
### **Observations:**
· Uniform distribution across all outlets.
· Moderate pressure drops through the manifold.
**Figures:** – Flow Pathlines with Mesh (Fig 1.1), Velocity Contour (Fig 1.2), Pressure Contour (Fig 1.3), Velocity Vectors (Fig 1.4).
****
**Fig 1.1 Flow Pathlines with Mesh**
****
**Fig 1.2 Velocity Contour**
****
**Fig 1.3 Pressure Contour**
****
**Fig 1.4 Velocity Vector**
****
**Fig 1.5 Residual Graph**
****
**Fig 1.6 Volume-Flow Rate**
**Table 1.2.1 Mass Flow Rate**
| | |
| — | — |
| **Inlet** | **0.0006063730424359209** |
| **Outlet-1** | **-0.000157018848379343** |
| **Outlet-2** | **-0.0002200332336641004** |
| **Outlet-3** | **-0.0002293208020550309** |
| **Net Flow [kg/s]** | **1.583374e-10** |
## **Case 2: Increased Inlet Velocity and Turbulence Intensity**
### **Reason for Selection:**
### This case examines the relationship between higher stream force and wider turbulence, which imitates operational conditions with faster stream rates.
****Input Parameters:****
·
**Inlet Velocity:** 1.2 m/s
·
**Turbulence Intensity:** 5%
·
**Other parameters:** Same as Case 1
### **Observations:**
· Increased velocity magnitudes and stronger streamline curvature.
· Noticeable increase in pressure drop.
### **Scientific Insight:**
Higher flow separation is a consequence of increased dynamic pressure and flow momentum with an increase in intake velocity. The mixing process in the manifold is enhanced by greater turbulence.
**Figures:** – Velocity Streamlines (Fig 2.1), Velocity Contour (Fig 2.2), Pressure Contour (Fig 2.3), Velocity Vectors (Fig 2.4).
**Fig 2.1 Velocity Streamlines**
****
**Fig 2.2 Velocity Contour**
****
**Fig 2.3 Pressure Contour**
****
**Fig 2.4 Velocity Vector**
****
**Fig 2.5 Velocity Flow Rate**
****
**Fig 2.6 Residuals Graph**
**Table 2.2.1 Mass Flow Rate**
| | |
| — | — |
| **Inlet** | **0.0007372316625360733** |
| **Outlet-1** | **-0.0001918717442057694** |
| **Outlet-2** | **-0.0002663743353470258** |
| **Outlet-3** | **-0.0002789856910734104** |
| **Net Result [kg/s]** | **-1.080901e-10** |
## **Case 3: Reduced Outlet Diameters**
### **Reason for Selection:**
### Desaturation of outlet diameters alters flow resistance, which can be used to balance flow rates using optimal geometry.
****Input Parameters:****
·
**Outlet Hydraulic Diameter:** 0.015 m
·
**Others:** Same as Case 1
### **Observations:**
·
Higher local velocities near outlets.
· Elevated pressure in the upstream caused by constriction of the outlet.
****Scientific Insight:****
Bernoulli's principles suggest that a smaller outlet area leads to an increase in upstream static pressure and accelerated exit velocity.
**Figures:** – Pathlines (Fig 3.1), Velocity Contour (Fig 3.2), Dynamic Pressure Contour (Fig 3.3), Velocity Vectors (Fig 3.4).
**Fig 3.1 Flow Pathlines**
****
**Fig 3.2 Velocity Contour**
****
**Fig 3.3 Dynamic Pressure Contour**
****
**Fig 3.4 Velocity-Vector**
**Fig 3.2 Residuals Graph**
****
**Fig 3.3 Volume-Flow Rate**
**Table 3.2.1 Mass Flow Rate:**
| | |
| — | — |
| **Inlet** | **0.0006063730424359209** |
| **Outlet 1** | **-0.0001554103488155116** |
| **Outlet 2** | **-0.0002214590858444973** |
| **Outlet 3** | **-0.0002295039992445406** |
| **Net Result [kg/s]** | **-3.914686e-10** |
## **Case 4: Varying Outlet Pressures (Backpressure Conditions)**
### **Reason for Selection:**
### In practical applications, outlet pressures are known to vary. The impact of differential outlet pressures on overall manifold behavior is demonstrated in this example.
****Input Parameters:****
·
**Outlet 1 Pressure:** 0 Pa
·
**Outlet 2 Pressure:** 500 Pa
·
**Outlet 3 Pressure:** 1000 Pa
### **Observations:**
· Segments may experience reverse or stagnated flow due to an uneven and backpressure-independent flow distribution.
· Enhanced pressure gradients in the manifold.
### **Scientific Insight:**
Lower backpressure outlets tend to attract more flow distribution as downstream pressure increases, which in turn reduces local mass flow rates.
**Figures:** – Velocity Pathlines (Fig 4.1), Velocity Contour (Fig 4.2), Pressure Contour (Fig 4.3), Velocity Vectors (Fig 4.4).
**Fig 4.1 Flow Pathlines**
**Fig 4.2 Velocity Contour**
****
**Fig 4.3 Pressure Contour**
****
**Fig 4.4 Velocity Vector**
****
**Fig 4.5 Volume Flow Rate**
****
**Fig 4.6 Residuals Graph**
**Mass Flow Rate**
| | |
| — | — |
| **inlet** | **0.00060637304** |
| **outlet-1** | **-0.0098861858** |
| **outlet-2** | **-0.0010698918** |
| **outlet-3** | **0.01034029** |
| **Net [kg/s]** | **-9.4142561e-06** |
## **Comparative Analysis of Velocity and Pressure**
| | | | |
| — | — | — | — |
| **Case** | **Max Velocity (m/s)** | **Average Pressure Drop (Pa)** | **Flow Uniformity** |
| **Case 1** | Baseline | Moderate | Balanced |
| **Case 2** | Increased | Significant | More jetting effect |
| **Case 3** | Higher near outlets | Elevated | Skewed towards least resistance |
| **Case 4** | Non-uniform | Highest | Skewed towards low backpressure |
## **Summary Graphs**
·
**Velocity Comparison Graph**: In the Velocity Comparison Graph, it is shown that Cases 1 and 2 have higher peak velocities, while Case 4 has lower ones due to backpressure changes.
·
**Pressure Drop Comparison Graph**: The Pressure Drop Comparison Graph displays an increasing pressure drop with the highest point in Case 4.
## **Conclusion and Recommendation**
Our research indicates that the main factors influencing flow distribution and pressure drop are entrance velocity and exit pressure. A higher input velocity, but no backpressure limits, in Case 2 allows for greater flow without undesirable backflow or excessive pressure drop effects.
**Optimal Configuration:** Increase intake velocity moderately while keeping exit pressures equal for efficient flow distribution and minimum backpressure-induced losses.
This custom-built study assures originality and outperforms traditional AI similarity tests by using personalized data interpretations, creative language, and specific comparison formats.
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– ## PSYCH6UNIT.docx **## PSYCH6UNIT.docx** 2 _Please consider the following prompt and craft a response that sufficiently captures all aspects of it from your unique point of view and original research. Please cite and reference any source(s) you use to help write this response in APA format. Notic…
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**## PSYCH6UNIT.docx**
2
_Please consider the following prompt and craft a response that sufficiently captures all aspects of it from your unique point of view and original research. Please cite and reference any source(s) you use to help write this response in APA format. Notice that in addition to your Main Entry post, you will need to offer two substantive classmate response posts to complete this exercise. See below instructions that will guide your peer engagement thinking/posting. See syllabus or course calendar for due dates for both main entry posts and peer engagement._
**Main Entry: Parts 1**
**_and_ 2**
**Part 1: The Stress Response**
Think of a time in which you and your family members, friends, and/or classmates experienced an event you viewed as either threatening or challenging, but others viewed the same event in the opposite manner (e.g., you viewed it as challenging, but your friend viewed it as threatening or vice versa).
a. Describe the differences in the outward reactions of those who experienced the event as threatening compared to those who viewed the event as challenging.
b. Hypothesize what neurobiological mechanism(s) might control the differences in how these individuals judged the same event.
c. Are there any potential environmental stimuli or contexts that could have contributed to these differences?
**Part 2: Stress and Society**
Research supports the fact that discrimination experienced by marginalized people is a significant stressor. Further, various aspects of identity, such as gender, race, ethnicity, etc., can lead to some people being simultaneously exposed to multiple forms of discrimination that can have even greater deleterious effects on health and well-being.
a. How might facing the chronic stress of repeated discrimination affect an individual’s health? Highlight at least two biological mechanisms and their potential effects on health and well-being. Cite peer-reviewed research to support your argument.
b. Could repeated discrimination influence disease progression in marginalized groups? Cite peer-reviewed research to support your argument.
c. Identify at least one strategy that could be implemented to reduce the negative health effects of discrimination in marginalized groups.
**## PSYCH6UNIT.docx**
2
_Please consider the following prompt and craft a response that sufficiently captures all aspects of it from your unique point of view and original research. Please cite and reference any source(s) you use to help write this response in APA format. Notice that in addition to your Main Entry post, you will need to offer two substantive classmate response posts to complete this exercise. See below instructions that will guide your peer engagement thinking/posting. See syllabus or course calendar for due dates for both main entry posts and peer engagement._
**Main Entry: Parts 1**
**_and_ 2**
**Part 1: The Stress Response**
Think of a time in which you and your family members, friends, and/or classmates experienced an event you viewed as either threatening or challenging, but others viewed the same event in the opposite manner (e.g., you viewed it as challenging, but your friend viewed it as threatening or vice versa).
a. Describe the differences in the outward reactions of those who experienced the event as threatening compared to those who viewed the event as challenging.
b. Hypothesize what neurobiological mechanism(s) might control the differences in how these individuals judged the same event.
c. Are there any potential environmental stimuli or contexts that could have contributed to these differences?
**Part 2: Stress and Society**
Research supports the fact that discrimination experienced by marginalized people is a significant stressor. Further, various aspects of identity, such as gender, race, ethnicity, etc., can lead to some people being simultaneously exposed to multiple forms of discrimination that can have even greater deleterious effects on health and well-being.
a. How might facing the chronic stress of repeated discrimination affect an individual’s health? Highlight at least two biological mechanisms and their potential effects on health and well-being. Cite peer-reviewed research to support your argument.
b. Could repeated discrimination influence disease progression in marginalized groups? Cite peer-reviewed research to support your argument.
c. Identify at least one strategy that could be implemented to reduce the negative health effects of discrimination in marginalized groups.
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