Executive Solution Overview
see attachment – ## Chem116Lab3.docx **## Chem116Lab3.docx** **Lab #3: Aldehydes and Ketones** **Introduction:** In this lab you will use your “Food Chemistry Molecular Model Kit” to construct and explain a variety of molecular models. You will need to take a few photos of your work. Please make sur…
Assignment Prompt & Instructions
see attachment
– ## Chem116Lab3.docx
**## Chem116Lab3.docx**
**Lab #3: Aldehydes and Ketones**
**Introduction:** In this lab you will use your “Food Chemistry Molecular Model Kit” to construct and explain a variety of molecular models. You will need to take a few photos of your work. Please make sure that you photograph your models on a solid color surface such as a wood table or a solid color floor. Thanks!
**Pre-Lab:** In complete sentences, please explain the differences between aldehyde and ketone molecules.
**Activity:**
A vanillin molecule is shown below.
Step 1: Use your model kit to construct a molecular model of vanillin. Include a photo of your model here. Using any method you prefer (such as hand writing a few labels to set near your model, or using a photo editing feature to make notes on your photo), identify the following:
a. The phenol group in vanillin
b. The aldehyde group in vanillin
c. The ether group in vanillin
Step 2: Construct
two structural isomers (also called constitutional isomers) of vanillin. Include a photo of your isomers here.
Step 3: Name your structural isomers.
Step 4: Identify at least one oxygen-containing functional group in each of your structural isomers.
————————————————————-
An ethyl vinyl ketone molecule is shown below.
Step 5: Use your model kit to construct a molecular model of ethyl vinyl ketone. Include a photo of your model here. Using any method you prefer (such as hand writing a few labels to set near your model, or using a photo editing feature to make notes on your photo), identify the following:
a. The ketone group in ethyl vinyl ketone
b. The alkene group in ethyl vinyl ketone
Step 6: Construct
two structural isomers (also called constitutional isomers) of ethyl vinyl ketone. The first isomer should contain an ether group. The second isomer should contain a ring. Include a photo of your isomers here.
Step 7: Name your structural isomers.
**Post-Lab:**
1) Which part(s) of this activity were easiest or most comfortable for you? Why?
2) Which part(s) of this activity were most challenging for you? Why?
**image1.png**
**image2.png**
**## Chem116Lab3.docx**
**Lab #3: Aldehydes and Ketones**
**Introduction:** In this lab you will use your “Food Chemistry Molecular Model Kit” to construct and explain a variety of molecular models. You will need to take a few photos of your work. Please make sure that you photograph your models on a solid color surface such as a wood table or a solid color floor. Thanks!
**Pre-Lab:** In complete sentences, please explain the differences between aldehyde and ketone molecules.
**Activity:**
A vanillin molecule is shown below.
Step 1: Use your model kit to construct a molecular model of vanillin. Include a photo of your model here. Using any method you prefer (such as hand writing a few labels to set near your model, or using a photo editing feature to make notes on your photo), identify the following:
a. The phenol group in vanillin
b. The aldehyde group in vanillin
c. The ether group in vanillin
Step 2: Construct
two structural isomers (also called constitutional isomers) of vanillin. Include a photo of your isomers here.
Step 3: Name your structural isomers.
Step 4: Identify at least one oxygen-containing functional group in each of your structural isomers.
————————————————————-
An ethyl vinyl ketone molecule is shown below.
Step 5: Use your model kit to construct a molecular model of ethyl vinyl ketone. Include a photo of your model here. Using any method you prefer (such as hand writing a few labels to set near your model, or using a photo editing feature to make notes on your photo), identify the following:
a. The ketone group in ethyl vinyl ketone
b. The alkene group in ethyl vinyl ketone
Step 6: Construct
two structural isomers (also called constitutional isomers) of ethyl vinyl ketone. The first isomer should contain an ether group. The second isomer should contain a ring. Include a photo of your isomers here.
Step 7: Name your structural isomers.
**Post-Lab:**
1) Which part(s) of this activity were easiest or most comfortable for you? Why?
2) Which part(s) of this activity were most challenging for you? Why?
**image1.png**
**image2.png**