From the general electronic configurations, we conclude that the groups 3A through groups 8A facets that are characterized by the filling of p-orbitals.

You are watching: Elements that are characterized by the filling of p orbitals are classified as


*

Elements the are defined by the filling of p orbitals are classified together

*
.

Further Explanation:

In stimulate to make the examine of numerous aspects easier, these aspects are arranged in a tabular kind in increasing order of their atomic numbers. Such a tabular representation of facets is called a periodic table. Horizontal rows are dubbed periods and also vertical columns are dubbed groups. A routine table has 18 groups and 7 periods.

a. Groups 3A v 8A

The aspects from team 3A to 8A has actually the general outermost electronic configuration that

*
. So the added electrons room to be filled in ns orbitals.

b. Transition metals

These metals have actually the basic valence construction of

*
. This shows that the included electrons go into either s or d orbitals.

c. Inner change metals

These space classified together lanthanoids and actinoids. The basic outermost construction of lanthanoids is

*
while the of actinoids is
*
. In both cases, the added electron enters one of two people d or f orbitals.

d. Groups 1A and 2A

The facets of team 1A have the general valence digital configuration of

*
. It suggests the last or valence electron enters in the s orbital. The group 2A facets have a basic configuration of
*
. Here also the critical electron enters the s orbital.

So elements from groups 3A to 8A are classified through the filling of ns orbitals and also therefore option a is correct.

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Learn more:

aramuseum.org details:

Grade: High School

Subject: Chemistry

Chapter: Periodic group of elements

Keywords: periodic table, configuration, ns1, ns2, d, p, f, 3A, 8A, shift metals, inner shift metals, lanthanoids, actinoids, orbitals, 1A, 2A.