Question: Assemble the straight-chain form of C6H14. Note the many conformations as the chain twists. Remove two -H's, one from either end, and join the
Assemble the straight-chain form of C6H14. Note the many conformations as the chain twists. Remove two -H's, one from either end, and join the two end C's with a single bond to form the cyclic compound cyclohexane. With care, you might be able to convert between the "chair" and "boat" forms without breaking any bonds! Remove a -CH2- group (methylene) from the ring to form cyclopentane. Repeat to form cyclobutane and cyclopropane. Explain the term "ring-strain," and rank the molecules you formed according to increasing of ring strain in each structure. In your explanation, address bond angle and hybridization. Upload a picture of your cyclopropane model (No flexible bonds here - that takes all the fun out of it).
Step by Step Solution
3.41 Rating (154 Votes )
There are 3 Steps involved in it
answer straight chain of C6H14 is formation of other mentio... View full answer
Get step-by-step solutions from verified subject matter experts
