Question

In comparing the same two atoms bonded together, the ________ the bond order, the ________ the bond length, and the ________ the bond energy.

Answer 1

Answer:

The correct answers are "greater, shorter, greater"

Explanation:

The order of bonding is the number of bonds between a pair of atoms. If it increases then the bond length between the two atoms decreases since the attraction force between them is greater. As the bonding force increases, the bonding energy will increase, since this is the average total energy needed to break one mole of bonds between two atoms.

Have a nice day!

Answer 2

The correct answers are greater, shorter, greater.

The following information should be considered:

• The bonding order represents the no of bonds that lies between the pair of atoms.
• Now if rises so the length of the bond that lies between the two atoms reduced as the attraction force that lies between them should be high.
• Now if there is a rise in the bonding force so the bonding energy should rise as the average total energy required to break one mole of bond that lies between the 2 atoms.

Learn more: brainly.com/question/23334479