the higher the value of the quantum number l, the less that electrons in that orbital are screened from the…

the higher the value of the quantum number l, the less that electrons in that orbital are screened from the nuclear charge by electrons in smaller, less stable orbitals. none of these choices are correct. the more stable the orbital for equal n. the more that electrons in that orbital are screened from the nuclear charge by electrons in smaller, more stable orbitals.

the higher the value of the quantum number l, the less that electrons in that orbital are screened from the nuclear charge by electrons in smaller, less stable orbitals. none of these choices are correct. the more stable the orbital for equal n. the more that electrons in that orbital are screened from the nuclear charge by electrons in smaller, more stable orbitals.

Answer

Brief Explanations:

The angular - momentum quantum number (l) affects electron - screening. As (l) increases for a given principal quantum number (n), electrons in the orbital with higher (l) are more effectively screened from the nuclear charge by electrons in inner, more stable orbitals. This is because electrons with higher (l) have more complex orbital shapes and are more spread out in space, making them more likely to be shielded by inner - shell electrons.

Answer:

the more that electrons in that orbital are screened from the nuclear charge by electrons in smaller, more stable orbitals.