H - C - C - H i NaNH 2 - liqNH 3- ii CH 5- I X i NaNH 2 - liqNH 3- ii CH 3 CH 2- IA- X -2-propyne- Y -2-pentyneB- X-1-propyne- Y -3-pentyneC- X-1-butyne- Y-2-hexyneD- X-1-propyne- Y-2-pentyne

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Action of Water on Calcium Carbide

H - C ≡ C - H...

Question

$H - C \equiv C - H (i) N a N H_{2} / l i q N H_{3} - ---------- \to (i i) C H_{5} - I X (i) N a N H_{2} / l i q N H_{3} - ---------- \to (i i) C H_{3} C H_{2} - I$

X = 2-propyne, Y = 2-pentyne

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X = 1-propyne, Y = 3-pentyne

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X = 1-butyne, Y = 2-hexyne

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X = 1-propyne, Y = 2-pentyne

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Solution

The correct option is D X = 1-propyne, Y = 2-pentyne

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Similar questions

In the reaction

$H - C \equiv C H \frac{(1) N a N H_{2}}{l i q . N H_{3}} - -------- \to (2) C H_{3} C H_{2} B r X \frac{(1) N a N H_{2}}{l i q . N H_{3}} - -------- \to (2) C H_{3} C H_{2} B r Y$

X and Y are

Q. In the reaction

H - C \equiv C H (1) N a N H_{2} / l i q . N H_{3} - ----------- \to (2) C H_{3} C H_{2} B r X (1) N a N H_{2} / l i q . N H_{3} - ----------- \to (2) C H_{3} C H_{2} B r Y,

Xand Y are:

Q. Which amongst the following is the IUPAC name of

{CH}_{3} - C \equiv C - {CH}_{3}

Q. The solution of the differential equation x dx + y dy = x² y dy − y² x dx, is
(a) x² − 1 = C (1 + y²)
(b) x² + 1 = C (1 − y²)
(c) x³ − 1 = C (1 + y³)
(d) x³ + 1 = C (1 − y³)

Q. The general solution of

\frac{d y}{d x} = \frac{1 - 3 y - 3 x}{1 + x + y}

is
(where

^{'} c^{'}

is constant of integration)

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H−C≡C−H(i)NaNH2/liqNH3−−−−−−−−−−−→(ii) CH5−IX(i)NaNH2/liqNH3−−−−−−−−−−−→(ii) CH3CH2−I

The correct option is D X = 1-propyne, Y = 2-pentyne

$H - C \equiv C - H (i) N a N H_{2} / l i q N H_{3} - ---------- \to (i i) C H_{5} - I X (i) N a N H_{2} / l i q N H_{3} - ---------- \to (i i) C H_{3} C H_{2} - I$