question 13 of 16 (1 point) | question attempt: 1 of 1\nincorrect\nyour answer is incorrect.\nrow 1: your…

question 13 of 16 (1 point) | question attempt: 1 of 1\nincorrect\nyour answer is incorrect.\nrow 1: your answer is incorrect.\nstudy the following sketch of a molecular orbital (mo) in a homonuclear diatomic molecule. this mo was formed by combining one 3p atomic orbital from each atom.\nthe dark dots in this sketch are the nuclei.\nnow use the sketch to complete the table below.\nwrite the symbol for this mo.\nis this a bonding or antibonding mo?\nbonding\nantibonding\nwhat is the energy of this mo, compared to the energy of a 3p orbital on one of the separate atoms?\nhigher\nlower\nthe same\nnot enough information to decide

question 13 of 16 (1 point) | question attempt: 1 of 1\nincorrect\nyour answer is incorrect.\nrow 1: your answer is incorrect.\nstudy the following sketch of a molecular orbital (mo) in a homonuclear diatomic molecule. this mo was formed by combining one 3p atomic orbital from each atom.\nthe dark dots in this sketch are the nuclei.\nnow use the sketch to complete the table below.\nwrite the symbol for this mo.\nis this a bonding or antibonding mo?\nbonding\nantibonding\nwhat is the energy of this mo, compared to the energy of a 3p orbital on one of the separate atoms?\nhigher\nlower\nthe same\nnot enough information to decide

Answer

Explanation:

Step1: Identify the orbital type

The molecular orbital is formed by side - on overlap of 3p atomic orbitals, so it is a $\pi$ orbital.

Step2: Determine bonding or antibonding

There is electron density between the nuclei, so it is a bonding MO.

Step3: Compare energy

Bonding MOs have lower energy than the atomic orbitals from which they are formed.

Answer:

Write the symbol for this MO. $\pi$
Is this a bonding or antibonding MO? bonding
What is the energy of this MO, compared to the energy of a 3p orbital on one of the separate atoms? lower