How does a 2s orbital differ from a 2p orbital?

is passive, uncontrolled by the cell for nonpolar molecules. While endo/exocytosis is selective and energy dependent. The cellular membrane of the cell is composed of nonpolar phospholipids that form...

In facilitated one, ions (for example) diffuse through special channels. Let's consider neuron membrane. There we have mostly potassium and sodium channels through which the ions diffuse. Otherwise it would...

If we put a layer of (clean) water on top of a layer os salt water, the salt will be evenly distributed throughout, af a while. This is called ....

The Bohr model postulate electrons moving in regular orbits around the nucleus, like planets around the Sun. It ignores the essential fact that electrons exist in electron clouds, which are...

2 electrons can occupy an orbital, and there are only 2 possibilities to the spin. One election can be "spin-up", this means that the other electron has to be...

Because of how there IS only one electron in $"H"$ atom. That single electron does not introduce orbital anguar momentum, so no matter what value of $l$, the orbital energies...

The 2s and 2p orbitals have the same average distance from the nucleus. This would give them the same energy level. However the 2s orbital is a simple spherical...

4p is a higher energy level than 3p

Think of the quantum number l as the number of nodes in the electron wave function. For l = 0, there are no nodes, so you have a single...

Materials that display paramagnetism are mildly attracted by the magnetic field, but do not retain the magnetism, as the electron shells return to their original configuration after the field is...