5. Identify the relationship in each of the following pairs of molecules: A. Unrelated Molecules (different molecular formula) B. Constitution Isomers C. Conformers D. Identical (superimposable) You may use a letter once, twice or not-at-all. aly ctly HCCH, HH CH a. CH3 CH3 H,C H A. H. CH3 H. H. CH canstitvt i on CH CH C. H. CH

5. Identify the relationship in each of the following pairs of molecules: A. Unrelated Molecules (different molecular formula) B. Constitution Isomers C. Conformers D. Identical (superimposable) You may use a letter once, twice or not-at-all. aly ctly HCCH, HH CH a. CH3 CH3 H,C H A. H. CH3 H. H. CH canstitvt i on CH CH C. H. CH

Organic Chemistry

9th Edition

ISBN:9781305080485

Author:John E. McMurry

Publisher:John E. McMurry

Chapter3: Organic Compounds: Alkanes And Their Stereochemistry

Section3.SE: Something Extra

Problem 54AP: In the next chapter we'll look at cycloalkanesâ€”saturated cyclic hydrocarbonsâ€”and weâ€™ll see...

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9. Identify the relationship between the following pair of molecules? CI A. Same molecule. B. constitutional isomers. C. enantiomers. D. diastereomers E. different compounds (not isomers) and 10. Identify the relationship between the following pair of molecules? OH HO and HO HO A. Same molecule. B. constitutional isomers. C. enantiomers. D. diastereomers E. not isomers (different compounds)
XX. CH₂ H. H Label each pair of compounds below as: تے H₂C a. conformational isomers b. configurational isomers constitutional isomers identical not isomers C. d. e. CH3 CH 3 CH 3 and CI H CH3 and CH3 H H₂C- Н. H H H3C12 CH₂ CH3 CH3 CH₂ CI H3C- * The same letter can be use more than once!
3. Which of the following does not show conformational isomerism and Explain the reason for each? A. Ethane B. Ethene C. Ethyne D. Methane. 5. Why conformational isomers generally can not be separated from one another at room temperature?
Question 4
The dimethylcyclohexane with the structure shown below is: ÇH3 CH3 Select one: O a. a trans isomer with the CH3 groups in axial positions. O b. a cis isomer with the CH3 groups in equatorial positions. O c. a cis isomer with the CH3 groups in equatorial and axial positions. O d. a trans isomer with the CH3 groups in equatorial positions.
N3.
Justify your answer.
Calculate the destabilization present in each eclipsed conformation. (See attachment)
What is the relationship between the two figures below? Choices a. constitutional isomers b. cannot be determined c. identical d. conformational isomers
Question 22
Choices a. constitutional isomers b. cannot be determined c. identical d. conformational isomers
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