6 Take a photo and label it P6. Name the structure. Does this structure have any geometric isomers? If so draw and name them. If not, explain why there are no geometric isomers? 4. Now move the double bond so that it is between C2 and C3. Adjust other CCC bond angles appropriately. Question 7 Take a photo and label it P7. Name the structure. Does this structure have any geometric isomers? If so draw and name them. If not, explain why there are no geometric isomers? Question 8 Do you need to move the double bond to between C3 and C4 to check for more isomers? Why or why not
ONLY QUESTION 7 AND 8 ANSWER PLEASE
Experiment 3: C4H8
1. Attach 2 C atoms in a straight line. Put the double bond between C1 and C2.
2. Attach 2 more C atoms so that the C1C2C3 bond angle is about 120° and the C2C3C4 bond angle is about 109°.
3. Attach toothpicks to indicate the bonds to H atoms to complete the structure.
Question 6 Take a photo and label it P6. Name the structure. Does this structure have any geometric isomers? If so draw and name them. If not, explain why there are no geometric isomers?
4. Now move the double bond so that it is between C2 and C3. Adjust other CCC bond angles appropriately.
Question 7 Take a photo and label it P7. Name the structure. Does this structure have any geometric isomers? If so draw and name them. If not, explain why there are no geometric isomers?
Question 8 Do you need to move the double bond to between C3 and C4 to check for more isomers? Why or why not?
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