how do s orbitals differ based on the energy level? the s orbitals decrease in diameter as they increase in…

how do s orbitals differ based on the energy level? the s orbitals decrease in diameter as they increase in principle energy levels. the s orbital increases in diameter as they decrease in principle energy levels. the s orbitals increase in diameter as they increase in principle energy levels. the s orbital alters size—from spherical, to dumbbell, to clover—as the principle energy levels increase.

how do s orbitals differ based on the energy level? the s orbitals decrease in diameter as they increase in principle energy levels. the s orbital increases in diameter as they decrease in principle energy levels. the s orbitals increase in diameter as they increase in principle energy levels. the s orbital alters size—from spherical, to dumbbell, to clover—as the principle energy levels increase.

Answer

Brief Explanations:

The size of an s - orbital is related to the principal energy level. As the principal energy level (n) increases, the electron is on average farther from the nucleus, and the s - orbital increases in diameter. S - orbitals always have a spherical shape regardless of the energy level.

Answer:

The s orbitals increase in diameter as they increase in principle energy levels.