Question

the really good news is that when we are all through with the math for the multi - electron system, we have solutions that are based on the same four quantum numbers. the wave functions are closer to the nucleus because of the larger number of protons, and repulsive terms alter the relationship between the electrons. but otherwise, the general shapes and orientations are the same!!! question 7 1 pts the complication to the schrodinger equation in multi - electron systems arises because: protons in the nuclei attract each other. electrons are repelled by the nucleus. electrons attract each other. electrons repel each other. summary of quantum number boundary conditions for atoms. as mentioned above, there are four quantum numbers used to describe the application of the schrodinger equation to the atom. these quantum numbers serve different purposes in defining the energy, shape, orientation and spin of an electron.

Explanation:

In multi - electron systems, the Schrodinger equation becomes complicated mainly due to the repulsive forces between electrons. Protons in the nucleus attract electrons, not each other. Electrons are attracted by the nucleus, not repelled. And electrons repel, not attract, each other.

Answer:

electrons repel each other.