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Chapter 12: Problem 2

What generalization can be made about 2 electrons in a "filled" \(s\) subshell?

Short Answer

Expert verified
The generalization is: two electrons in a filled \(s\) subshell are paired and have opposite spins, one is spin-up and the other is spin-down.

Step by step solution

01

Understand the question

Consider what a 'filled' \(s\) subshell means in the context of electron configuration, including knowledge of the different types of subshells and how many electrons they each hold.
02

Recall atomic structure

Remember that an electron shell is divided into one or more subshells of different kinds. In this case, we are working with the \(s\) subshell. An \(s\) subshell can host a maximum of 2 electrons.
03

Determine the generalization

Two electrons in a filled \(s\) subshell are paired. These electrons have opposite spins, meaning one has a spin-up and the other has a spin-down. The subshell is considered 鈥榝illed鈥� because the \(s\) subshell can only hold a maximum of two electrons.

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Most popular questions from this chapter

Why is the situation of equal numbers of spin up and spin down electrons referred to as all the electrons being "paired"?

How many "pairs" of electrons are there in a "filled" \(p\) subshell?
See all solutions

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