There are four alcohols P- Q- R- and S that have 3- 2- 1- and 0 - hydrogen atoms respectively- Which one would not give any colour in Victor Meyer-s test-

Victor Meyer's test is applied to distinguish between 1^∘, 2^∘ and 3^∘ alcohols. S has no α hydrogens that means it is a 3^∘ alcohol. Since 3^∘ alcohol does no ...

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Standard XIII

Chemistry

Chemical Properties of Alcohol

There are fou...

Question

There are four alcohols P, Q, R, and S that have 3, 2, 1, and 0 $α -$ hydrogen atoms respectively. Which one would not give any colour in Victor Meyer's test?

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Solution

The correct option is D S
Victor Meyer's test is applied to distinguish between $1^{\circ}, 2^{\circ} a n d 3^{\circ}$ alcohols.
S has no $α -$ hydrogens that means it is a $3^{\circ}$ alcohol. Since $3^{\circ}$ alcohol does not respond to Victor Meyer's test, S will not give any colour.

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There are four alcohols P, Q, R, and S that have 3, 2, 1, and 0 α− hydrogen atoms respectively. Which one would not give any colour in Victor Meyer's test?

The correct option is D SVictor Meyer's test is applied to distinguish between 1∘,2∘ and 3∘ alcohols. S has no α− hydrogens that means it is a 3∘ alcohol. Since 3∘ alcohol does not respond to Victor Meyer's test, S will not give any colour.

There are four alcohols P, Q, R, and S that have 3, 2, 1, and 0 $α -$ hydrogen atoms respectively. Which one would not give any colour in Victor Meyer's test?

The correct option is D S
Victor Meyer's test is applied to distinguish between $1^{\circ}, 2^{\circ} a n d 3^{\circ}$ alcohols.
S has no $α -$ hydrogens that means it is a $3^{\circ}$ alcohol. Since $3^{\circ}$ alcohol does not respond to Victor Meyer's test, S will not give any colour.