Question

Considering the photoelectron spectrum of carbon, which of the following best explains the large difference in binding energy between the peaks on the left and on the right?

O there are four electrons all together in the group on the left.
O the electrons generating the peak on the right are further away from the nucleus.
O the electrons generating the peak on the right have greater electron shielding.
O the electrons generating the peak on the left are further from the nucleus and experience greater electron shielding.

Answer 1

The large difference in binding energy between the peaks on the left and on the right in the photoelectron spectrum of carbon can be explained by the distance of the electrons from the nucleus and the level of electron shielding.

option b is the correct

Step-by-step explanation:

The large difference in binding energy between the peaks on the left and on the right in the photoelectron spectrum of carbon can be explained by the fact that the electrons generating the peak on the right are further away from the nucleus.

The electrons on the left are closer to the nucleus, which results in a stronger attraction between the electrons and the nucleus, leading to a higher binding energy.

Additionally, the electrons generating the peak on the left experience greater electron shielding, which also contributes to a higher binding energy.