The information regarding the stability of t r a n s − 1 , 2 − dimethylcyclobutane in comparison to c i s − 1 , 2 − dimethylcyclobutane and stability of c i s − 1 , 3 − dimethylcyclobutane in comparison to t r a n s − 1 , 3 − dimethylcyclobutane is given. The drawings representing these structures have to be drawn. Concept introduction: Cis-trans isomerism determines the position of position of different groups relative to each other. If the different groups points in the same direction then they are said to be cis with respect to each other but if they point in the opposite direction then they are trans with respect to each other. To draw: The structures representing the stability of t r a n s − 1 , 2 − dimethylcyclobutane in comparison to c i s − 1 , 2 − dimethylcyclobutane and stability of c i s − 1 , 3 − dimethylcyclobutane in comparison to t r a n s − 1 , 3 − dimethylcyclobutane .

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Chapter 3.12C, Problem 3.20P

Interpretation Introduction

Interpretation: The information regarding the stability of trans−1,2−dimethylcyclobutane in comparison to cis−1,2−dimethylcyclobutane and stability of cis−1,3−dimethylcyclobutane in comparison to trans−1,3−dimethylcyclobutane is given. The drawings representing these structures have to be drawn.

Concept introduction: Cis-trans isomerism determines the position of position of different groups relative to each other. If the different groups points in the same direction then they are said to be cis with respect to each other but if they point in the opposite direction then they are trans with respect to each other.

To draw: The structures representing the stability of trans−1,2−dimethylcyclobutane in comparison to cis−1,2−dimethylcyclobutane and stability of cis−1,3−dimethylcyclobutane in comparison to trans−1,3−dimethylcyclobutane.

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