Question

List-I contains chiral molecules and List-II contains number of stereoisomers.
Which of the following has the correct combination considering List-I and List-II?

• A. $\left(I\right)\to \left(p\right)and\left(III\right)\to \left(q\right)$
• B. $\left(I\right)\to \left(q\right)and\left(III\right)\to \left(q\right)$
• C. $\left(I\right)\to \left(q\right)and\left(III\right)\to \left(s\right)$
• D. $\left(I\right)\to \left(p\right)and\left(III\right)\to \left(r\right)$

Answer 1

The correct option is B $\left(I\right)\to \left(q\right)and\left(III\right)\to \left(q\right)$

(I) and (III) both have 4 stereoisomers.