MCQ
Chlorination can be done on
- A$C{H_3} - CH = C{h_2}$
- B$C{H_2} = C{H_2}$
- C$CH \equiv CH$
- ✓All of the above
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$(A) \,2p_y +2p_y \to \pi-$ Bond formation
$(B) \,2p_x + 2p_x \to \sigma-$ Bond formation
$(C)\, 3d_{xy} + 3dp_{xy} \to \pi$ -Bond formation
$(D)\, 2s + 2p_y \to \pi-$ Bond formation
$(E)\, 3d_{xy} + 3d_{xy} \to \delta -$ Bond formation
$(F)\, 2p_s + 2p_s \to \sigma-$ Bond formation
In above reaction coefficient $a,\, b$ and $c$ are respectively
Product $(B)$ and $(D) $ in the above reaction are