C 8 H 16 that can form cis-trans geometrical isomers and also has a chiral centre, is

Question

C 8 H 16 that can form cis-trans geometrical isomers and also has a chiral centre, is (A)  (B)  (C) Both of these (D) None of these

Tardigrade Admin · Accepted Answer

Compound <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/physics/690cc468b098f2454ac4fd113f1244e4-.png" /> will not exhibit cis-trans geometrical isomerism, as in it no similar group is present on adjacent double bonded carbon atoms.

Q. $C_{8} H_{16}$ that can form cis-trans geometrical isomers and also has a chiral centre, is

Both of these

None of these

Compound

will not exhibit cis-trans geometrical isomerism, as in it no similar group is present on adjacent double bonded carbon atoms.

Q. C8​H16​ that can form cis-trans geometrical isomers and also has a chiral centre, is

Both of these

None of these

Compound will not exhibit cis-trans geometrical isomerism, as in it no similar group is present on adjacent double bonded carbon atoms.

Q. $C_{8} H_{16}$ that can form cis-trans geometrical isomers and also has a chiral centre, is

Compound

will not exhibit cis-trans geometrical isomerism, as in it no similar group is present on adjacent double bonded carbon atoms.