Question

question 22
1 pts
given that the number of groups in a given block corresponds to the number of electrons in a given subshell, match the number of electrons that each of the following subshells can accommodate. use the periodic table to determine the number of groups in each block.
s subshell
p subshell
d subshell
f subshell
choose
choose
2
4
8
7
9
14
10
5
6

Explanation:

Step1: Recall s - subshell properties

The s - subshell has 1 orbital. Each orbital can hold a maximum of 2 electrons. So, the s - subshell can accommodate 2 electrons.

Step2: Recall p - subshell properties

The p - subshell has 3 orbitals. Since each orbital can hold 2 electrons, the p - subshell can hold $3\times2 = 6$ electrons.

Step3: Recall d - subshell properties

The d - subshell has 5 orbitals. With 2 electrons per orbital, the d - subshell can hold $5\times2=10$ electrons.

Step4: Recall f - subshell properties

The f - subshell has 7 orbitals. As each orbital holds 2 electrons, the f - subshell can hold $7\times 2 = 14$ electrons.

Answer:

s subshell: 2
p subshell: 6
d subshell: 10
f subshell: 14