When two H atoms are brought together from large distances they can make H2. As the bond begins to form, the force between the atoms becomes more (attractive, repulsive) and the potential energy

a) increases,

b) stays the same,

c) decreases

Question

Keyla

Chemistry

29 August, 12:50

When two H atoms are brought together from large distances they can make H2. As the bond begins to form, the force between the atoms becomes more (attractive, repulsive) and the potential energy

a) increases,

b) stays the same,

c) decreases

+2

Answers (1)

Know the Answer?

Alma · Answer 1

Answer: Option (a) is the correct answer.

Explanation:

As potential energy is the energy obtained by a substance or object due to its position.

So, when a chemical bond is formed between energy is located at a particular position due to which there exists a chemical potential energy.

Therefore, as the bond begins to form, the force between the atoms becomes more (attractive, repulsive) which means the bond reaches to a higher position.

Hence, there will be an increase in potential energy.

Thus, we can conclude that as the bond begins to form, the force between the atoms becomes more (attractive, repulsive) and the potential energy increases.

When two H atoms are brought together from large distances they can make H2. As the bond begins to form, the force between the atoms becomes more (attractive, repulsive) and the potential energya) increases,b) stays the same,c) decreases

When two H atoms are brought together from large distances they can make H2. As the bond begins to form, the force between the atoms becomes more (attractive, repulsive) and the potential energy

a) increases,

b) stays the same,

c) decreases