Question

Which type of electrons determine the nature and type of bonds formed by an element?
A) Electrons in 's' orbital B) Electrons in valence shell C) Electrons in 'p' orbital D) Electrons in 'd' and 'f orbital?s

Answer 1

the answer to your question is option"B" because the electrons in the valence shell only forms any type of bond
HOPE THIS HELPS MATE!!!!!!

Answer 2

Answer:

The electrons  that determine the nature and type of bonds formed by an element are: - B) Electrons in valence shell

Explanation:

• Valence electrons refer to electrons an atom must obtain or lose in order to attain the octet or maintain stability. The unfilled electrons in the outer shells are known as valence electrons.

• Valence electrons participate in the bulk of chemical reactions because they have a higher energy than electrons in inner orbits. They help us figure out an element's chemical characteristics, such as its valency or how it forms connections with other elements. It also provides information on the number of unpaired electrons, the ease with which atoms can form bonds, and the potential number of atoms involved.

• Electrons reside in orbitals within an atom and are crucial for chemical bonding. When they have finished their octet, which can be done through electron sharing or transfer, atoms are at their most stable.
• Some of the most crucial characteristics of a valence electron include the following:

          1.Only the main group elements' outermost electron shell contains the valence electron.

           2. A valence electron can exist in the inner shell of a transition metal.

           3. A chemically inert atom is one that has a closed shell of valence electrons.

            4. An element's valence electrons also affect how well an element conducts electricity. Depending on how the elements are made, it can be a metal, a non-metal, or a metalloid.