The bond length between hybridised carbon atom and other carbon atom is minimum in

Question

The bond length between hybridised carbon atom and other carbon atom is minimum in (A) propene (B) propyne (C) propane (D) butane

Tardigrade Admin · Accepted Answer

The C-C bond length =1.54 mathringA, C=C bond length =1.34 mathringA and C ≡ C bond length =1.20 mathringA. Since propyne has a triple bond, therefore it has minimum bond length.

Q. The bond length between hybridised carbon atom and other carbon atom is minimum in

propene

propyne

propane

butane

The $C - C$ bond length $= 1.54 \overset{˚}{A}, C = C$ bond length $= 1.34 \overset{˚}{A}$ and $C \equiv C$ bond length $= 1.20 \overset{˚}{A}$ . Since propyne has a triple bond, therefore it has minimum bond length.

Q. The bond length between hybridised carbon atom and other carbon atom is minimum in

propene

propyne

propane

butane

The C−C bond length =1.54A˚,C=C bond length =1.34A˚ and C≡C bond length =1.20A˚. Since propyne has a triple bond, therefore it has minimum bond length.

The $C - C$ bond length $= 1.54 \overset{˚}{A}, C = C$ bond length $= 1.34 \overset{˚}{A}$ and $C \equiv C$ bond length $= 1.20 \overset{˚}{A}$ . Since propyne has a triple bond, therefore it has minimum bond length.