What is the bond order .? calculate the bond order of h2.

Bond order: 1.

Explanation

How many chemical bonds in a H₂ molecule?

There is one valence electron in each neutral H atom. Refer to a periodic table. H is one electron away from the closest noble gas: He. The H atoms need to achieve the noble gas configuration of He to be stable. For that, each H atom needs one more electron. There are two H atoms in an H₂ molecule. It will take 2 × 1 = 2 more electrons for both H atoms in each H₂ molecule to become stable.

Unlike ions, the H₂ molecule is neutral. There's no no extra electron for the H atoms. The two atoms need to share electrons with each other by forming chemical bonds. One chemical bond adds one electron to both bonding atoms. As a result, each bond will add two electrons to the molecule.

The H₂ molecule needs 2 extra electrons, which corresponds to 2 / 1 = 1 chemical bond.

What's the bond order?

.

The two H atoms in an H₂ molecule forms

one H-H chemical bond over one bonding site between the two H atoms.

As a result,

.

Aphysical change is one that you can put in and remove like a ham sandwich. the stuff you put in there can be changem its not permanet. a chemical change is on that can't be change thats permanet. like when you make a cake and bake it. you can't get those ingredients back.

The total number of electrons is 14