Question

a) How many “s” orbitals are there? ___________________; each "s" orbital holds __________ electrons
b) How many “p” orbitals are there? __________________; each "p" orbital holds __________ electrons total c) How many “d” orbitals are there? ___________________; each "d" orbital holds __________ electrons total d) How many “f” orbitals are there? ___________________; each "f" orbital holds __________ electrons total
a) How many “s” orbitals are there? ___________________; each "s" orbital holds __________ electrons
b) How many “p” orbitals are there? __________________; each "p" orbital holds __________ electrons total c) How many “d” orbitals are there? ___________________; each "d" orbital holds __________ electrons total d) How many “f” orbitals are there? ___________________; each "f" orbital holds __________ electrons total

Answer 1

Let's break down the information regarding the types of orbitals in atomic structure:

a) How many “s” orbitals are there? **1**; each "s" orbital holds **2** electrons.

b) How many “p” orbitals are there? **3**; each "p" orbital holds **2** electrons total (6 electrons across all p orbitals).

c) How many “d” orbitals are there? **5**; each "d" orbital holds **2** electrons total (10 electrons across all d orbitals).

d) How many “f” orbitals are there? **7**; each "f" orbital holds **2** electrons total (14 electrons across all f orbitals).

To summarize:
- s orbitals: 1 orbital, holds 2 electrons
- p orbitals: 3 orbitals, holds 6 electrons total
- d orbitals: 5 orbitals, holds 10 electrons total
- f orbitals: 7 orbitals, holds 14 electrons total