Which is the correct order of bond energy of single, double and triple bonds between carbon atoms?

Question

Which is the correct order of bond energy of single, double and triple bonds between carbon atoms? (A) C-C>C=C>C≡ C (B) C=C>C≡ C>C-C (C) C≡ C>C-C>C=C (D) C≡ C>C=C>C-C

Tardigrade Admin · Accepted Answer

As B.E. of triple bond > double bond > single bond so the correct order is C≡ C>C=C>C-C

Q. Which is the correct order of bond energy of single, double and triple bonds between carbon atoms?

$C - C > C = C > C \equiv C$

$C = C > C \equiv C > C - C$

$C \equiv C > C - C > C = C$

$C \equiv C > C = C > C - C$

As B.E. of triple bond > double bond > single bond so the correct order is

$C \equiv C > C = C > C - C$

Q. Which is the correct order of bond energy of single, double and triple bonds between carbon atoms?

C−C>C=C>C≡C

C=C>C≡C>C−C

C≡C>C−C>C=C

C≡C>C=C>C−C

As B.E. of triple bond > double bond > single bond so the correct order is C≡C>C=C>C−C

$C - C > C = C > C \equiv C$

$C = C > C \equiv C > C - C$

$C \equiv C > C - C > C = C$

$C \equiv C > C = C > C - C$

As B.E. of triple bond > double bond > single bond so the correct order is

$C \equiv C > C = C > C - C$