Match column I (reaction sequence) with column II(reagent involved). Column I Column IIACH3COCH3→CH3CH2CH3IZn-Hg, HClBCH3H2CH2CH2OH→CH3H2CH2COOHIICrO3-H2SO4CCH3COCH3→CH3CH(OH)CH3IIILiAlH4DC6H5CHO→C6H5CH2OHIVCon. NaOH, ∆ VAmmonical AgNO3

Column I Column IIACH3COCH3→CH3CH2CH3IZn-Hg, HClBCH3H2CH2CH2OH→CH3H2CH2COOHIICrO3-H2SO4CCH3COCH3→CH3CH(OH)CH3IIILiAlH4DC6H5CHO→C6H5CH2OHIVCon. NaOH, ∆

Match column I (reaction sequence) with column II(reagent involved). Column I Column IIACH3COCH3→CH3CH2CH3IZn-Hg, HClBCH3H2CH2CH2OH→CH3H2CH2COOHIICrO3-H2SO4CCH3COCH3→CH3CH(OH)CH3IIILiAlH4DC6H5CHO→C6H5CH2OHIVCon. NaOH, ∆ VAmmonical AgNO3

Column I Column IIACH3COCH3→CH3CH2CH3IZn-Hg, HClBCH3H2CH2CH2OH→CH3H2CH2COOHIICrO3-H2SO4CCH3COCH3→CH3CH(OH)CH3IIILiAlH4DC6H5CHO→C6H5CH2OHIVCon. NaOH, ∆

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Match column I (reaction sequence) with column II(reagent involved).
Column I Column II
A CH₃COCH₃ $\to$ CH₃CH₂CH₃ I Zn-Hg, HCl
B CH₃H₂CH₂CH₂OH $\to$ CH₃H₂CH₂COOH II CrO₃-H₂SO₄
C CH₃COCH₃ $\to$ CH₃CH(OH)CH₃ III LiAlH₄
D C₆H₅CHO $\to$ C₆H₅CH₂OH IV Con. NaOH, $∆$
V Ammonical AgNO₃

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A	B	C	D
I	II	III	IV

A	B	C	D
I	II	III	V

A	B	C	D
V	II	III	V

A	B	C	D
V	III	II	V

answer is B.

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Detailed Solution

	Column I		Column II
A	CH₃COCH₃ $\to$ CH₃CH₂CH₃	I	Zn-Hg, HCl
B	CH₃H₂CH₂CH₂OH $\to$ CH₃H₂CH₂COOH	II	CrO₃-H₂SO₄
C	CH₃COCH₃ $\to$ CH₃CH(OH)CH₃	III	LiAlH₄
D	C₆H₅CHO $\to$ C₆H₅CH₂OH	IV	Con. NaOH, $∆$