drag each tile to the correct box. arrange the bonds in order based on bond length. start with the longest…

drag each tile to the correct box. arrange the bonds in order based on bond length. start with the longest bond, and end with the shortest bond. c≡n bond energy = 887 kj/mol c=n bond energy = 615 kj/mol c−n bond energy = 305 kj/mol

drag each tile to the correct box. arrange the bonds in order based on bond length. start with the longest bond, and end with the shortest bond. c≡n bond energy = 887 kj/mol c=n bond energy = 615 kj/mol c−n bond energy = 305 kj/mol

Answer

Explanation:

Step1: Recall bond - length and bond - energy relationship

The higher the bond energy, the shorter the bond length.

Step2: Compare bond energies

We have bond energies: $C - N$ is 305 kJ/mol, $C = N$ is 615 kJ/mol, $C\equiv N$ is 887 kJ/mol.

Step3: Arrange bonds by length

Since lower bond energy means longer bond length, the order from longest to shortest is $C - N>C = N>C\equiv N$.

Answer:

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