15465 Methanol can be distinguish from ethanol by

15466 Consider the following sequence of reaction \(A, B, C\) are

15467 The decreasing order of nucleophilicity among
the following nucleophiles is :\((I)\) \(CH_3COO^{\Theta}\)          \((II)\) \(CH_3O^{\Theta}\)\((III)\) \(CH_3CH_2^{\Theta}\)        \((IV)\) \(CH_3SO_3^{\Theta}\)

15468 The major product of the reaction is :

1

2

3

4

15465 Methanol can be distinguish from ethanol by

15466 Consider the following sequence of reaction \(A, B, C\) are

15467 The decreasing order of nucleophilicity among
the following nucleophiles is :\((I)\) \(CH_3COO^{\Theta}\)          \((II)\) \(CH_3O^{\Theta}\)\((III)\) \(CH_3CH_2^{\Theta}\)        \((IV)\) \(CH_3SO_3^{\Theta}\)

15468 The major product of the reaction is :

1

2

3

4

15465 Methanol can be distinguish from ethanol by

15466 Consider the following sequence of reaction \(A, B, C\) are

15467 The decreasing order of nucleophilicity among
the following nucleophiles is :\((I)\) \(CH_3COO^{\Theta}\)          \((II)\) \(CH_3O^{\Theta}\)\((III)\) \(CH_3CH_2^{\Theta}\)        \((IV)\) \(CH_3SO_3^{\Theta}\)

15468 The major product of the reaction is :

1

2

3

4

15465 Methanol can be distinguish from ethanol by

15466 Consider the following sequence of reaction \(A, B, C\) are

15467 The decreasing order of nucleophilicity among
the following nucleophiles is :\((I)\) \(CH_3COO^{\Theta}\)          \((II)\) \(CH_3O^{\Theta}\)\((III)\) \(CH_3CH_2^{\Theta}\)        \((IV)\) \(CH_3SO_3^{\Theta}\)

15468 The major product of the reaction is :

1

2

3

4