Question

The strength of banana bond is: (A)equal to sigma bond (B)equal to pi bond (C)sum of sigma and pi bond (D) intermediate between the sigma and pi bonds

Answer 1

When double and triple bonds are present between two atoms, there is additional bonding holding the atoms together. While a sigma bond is always the first bond between two atoms, a pi bond is always the second bond between two atoms and third bond, if present.

Answer 2

(D) The strength of the banana bond is intermediate between the sigma and pi bonds.

Explanation:

• In chemistry, a bent bond, additionally covalent a banana bond, maybe a sort of covalent bond with a geometry somewhat akin to a banana.

• The term itself may be a general illustration of electron density or configuration resembling an identical "bent" structure at intervals little ring molecules, like cyclopropane $(C_3H_6)$ or as an illustration of double or triple bonds at intervals a compound that's an alternate to the sigma and pi bond model.

• As it may be a bent bond, they're not stronger than pi bonds and not weaker than sigma bonds.

• So their strength lies in between the sigma and pi bond.

Hence, The strength of the banana bond is intermediate between the sigma and pi bonds.