MCQ
From the above compound $(A), (B), (C)$ & $(D)$ chiral compound is
- ✓$A$
- B$B$
- C$C$
- D$D$
✓
Answer
Correct option: A.
$A$
a
Plane of symmetry and centre of symmetry is not present in compound $(A)$ $\therefore$ it is chiral
Plane of symmetry and centre of symmetry is not present in compound $(A)$ $\therefore$ it is chiral
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