Question

A line can be used to represent a covalent bond between two atoms. Diagram pairs of atoms
that can form single, double, and triple bonds.

Can every atom form each of these kinds of bonds?

Answer 1

It’s a single hope this helps

Answer 2

The covalent bond has been formed by the atom with the difference in the electronegativities and the presence of loan pair for an unsaturated bond.

The covalent bond has been formed between the atoms when there has been the sharing of electrons. The presence of loan pairs results in the formation of pi bonds, which are unsaturated covalent sharing formed above or below the covalent bonds.

An example of pair with a single bond has been:

• H-H

• O-O

The examples of pairs with double bonds:

• HHC=CHH

• C=O

The examples of pairs with triple bonds:

• N $\equiv$ N

• HC $\equiv$ CH

Not every atom can form these bonds as there has been the presence of loan pairs with the atom for the formation of the double and triple bond.

For more information about the covalent bond, refer to the link:

https://brainly.com/question/10777799