Question

Given the equation representing a reaction: H + H ---> H₂What occurs during this reaction? a. A bond is broken and energy is absorbed. b. A bond is broken and energy is released. c. A bond is formed and energy is absorbed. d. A bond is formed and energy is released.

Answer 1

Answer:

The correct answer option d.

Explanation:

When chemical bonds are broken energy is supplied to bond to break it where as when bond is formed energy released during that process.

$H + H\rightarrow H_2$ (ΔH = Positive)

The above reaction represents that two hydrogen atoms are combing together to form a single hydrogen gas molecule.During this process bond id forming between two atoms with release in energy.

Answer 2

The correct statement is that a bond is formed and energy is released.

Bond breaking formed brought about the supply of energy while bond-forming required energy to form, hence energy is released in the process.

Given the chemical reaction

$H+H\rightarrow H_2$

• From the chemical reaction, we can see that two hydrogen atoms combine to form hydrogen gas with the release of energy

• Hence we can conclude that the equation representing a reaction represents bond formation with the release of energy

Learn more on bond formation here: https://brainly.com/question/25177399