Type in the maximum number of electrons that can be present in each shell or subshell below.
n = 5 shell: n = 2 shell: n = 2, l = 0 subshell: n = 2, l = 1 subshell: 3d subshell: 2s subshell: 5f subshell:

Pauli's principle states that in an atom there cannot be more than one electron described by the same combination of the 4 quantum numbers. As an orbital is described by a particular combination of the first three quantum numbers (n, l, and ml), each orbital can only accommodate 2 electrons (one of ms = + 1/2 and the other of ms = -1 / 2). Thus the layer K (n = 1), for which there is only one possible combination of n, l, and ml (that is to say an orbital), can accommodate a maximum of 2 electrons.

That is to say, that contains 4 orbitals, can contain a maximum of 8 electrons.

The orbitals are named s (contains 2 electrons max) p (contains 6 electrons max) d (contains 10 electrons max) and f (contains 14 electrons max).

As you get into the orbitals they have an extra "l" number.

The maximum number of electrons that can contain a given electronic layer is 2 n^2.

Let's go back to the question, for n = 5 the corresponding layer is the "O" layer, as well as the lower layers, and they can contain 50 electrons.

For n = 2 the corresponding layer is the layer "L" and the lower layer "K", and they can contain 8 electrons (2 + 6 electrons).

For n = 3 L = 0 it corresponds to the first under layer with 2 electrons.

For n = 3 L = 1 it corresponds to the second 6-electron sub-layer.

For n = 3 d (corresponding to l = 2) the corresponding layer is the layer "M" and it can contain 10 electrons.

For n = 2 s (corresponding to l = 0) it corresponds to 2 electrons

For n = 5 f (corresponding to l = 3) it corresponds to 14 electrons

b. accuracy of the data matters alot more than its number of digits, organization or amount of detail. quantitative observation is more accepted than the qualitative observation.

the answer is:  

line graphs show patterns in data with variables that change over time; whereas, circle graphs show data as parts out of a whole (such as out of 100%).