Match the following

Column I

(A)

(B)

(C)

(D)

Column II

(p) Reacts with Lindlar’s catalyst $(H_2/Pd-CaCO_3)$

(q) Trans alkene will form, when reacts with $Na/Liq. NH_3$

(r) Reacts with ammonical $AgNO_3$

(s) Double bond equivalent is greater than 2

(t) Gives red precipitate with ammonical $Cu_2Cl_2$

i 0
@—CEC—CHZ—CHZ
OH CH3 CH; U=U—'T

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Solution

Non terminal alkyne can form trans-alkene with $N a / L i q . N H_{3}$ and does not react with ammonical $A g N O_{3}$ while terminal alkynes do not form trans-alkene with $N a / L i q . N H_{3}$ but reacts with ammonical $A g N O_{3}$ .

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A g N O_{3}

H_{2} S

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	Column II
(p)	Reacts with Lindlar’s catalyst \((H_2/Pd-CaCO_3)\)
(q)	Trans alkene will form, when reacts with \(Na/Liq. NH_3\)
(r)	Reacts with ammonical \(AgNO_3\)
(s)	Double bond equivalent is greater than 2
(t)	Gives red precipitate with ammonical \(Cu_2Cl_2\)