The ease of reduction of $C_{6}H_{5}COCl$ (i), $C_{6}H_{5}CHO$ (II), $C_{6}H_{5}COCH_{3}$ (III) and [image:12_image10.emf](IV) by hydrogen over a palladium catalyst follows the order

Question

Dr. Abubacker · Accepted Answer

The correct answer is Option A: $I > II > III > IV$.

Q. The ease of reduction of $C_{6}H_{5}COCl$ (i), $C_{6}H_{5}CHO$ (II), $C_{6}H_{5}COCH_{3}$ (III) and

(IV) by hydrogen over a palladium catalyst follows the order

Explanation

Reviewed by Dr. Abubacker

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Q. The ease of reduction of $C_{6}H_{5}COCl$ (i), $C_{6}H_{5}CHO$ (II), $C_{6}H_{5}COCH_{3}$ (III) and (IV) by hydrogen over a palladium catalyst follows the order

Explanation

Reviewed by Dr. Abubacker

Want more practice?

Q. The ease of reduction of $C_{6}H_{5}COCl$ (i), $C_{6}H_{5}CHO$ (II), $C_{6}H_{5}COCH_{3}$ (III) and

(IV) by hydrogen over a palladium catalyst follows the order