When a bond between two atoms breaks, A. Chemical energy is released.

Here's a step-by-step explanation:

1. Atoms form chemical bonds in order to make their outer electron shells more stable. This process releases energy and results in a lower, more stable potential energy state.

2. When these bonds are broken, the process requires an input of energy to overcome the forces holding the atoms together. This energy is often supplied in the form of heat or light.

3. However, once the bond is broken, the atoms are no longer in that lower energy state. The energy that was originally released when the bond was formed is now re-released. This is the chemical energy mentioned in option A.

4. Therefore, when a bond between two atoms breaks, chemical energy is released.

Question

When a bond between two atoms breaks, A. Chemical energy is released.

Here's a step-by-step explanation:

1. Atoms form chemical bonds in order to make their outer electron shells more stable. This process releases energy and results in a lower, more stable potential energy state.

2. When these bonds are broken, the process requires an input of energy to overcome the forces holding the atoms together. This energy is often supplied in the form of heat or light.

3. However, once the bond is broken, the atoms are no longer in that lower energy state. The energy that was originally released when the bond was formed is now re-released. This is the chemical energy mentioned in option A.

4. Therefore, when a bond between two atoms breaks, chemical energy is released.

Knowee AI · Accepted Answer

When a bond between two atoms breaks, A. Chemical energy is released.

Here's a step-by-step explanation:

1. Atoms form chemical bonds in order to make their outer electron shells more stable. This process releases energy and results in a lower, more stable potential energy state.

2. When these bonds are broken, the process requires an input of energy to overcome the forces holding the atoms together. This energy is often supplied in the form of heat or light.

3. However, once the bond is broken, the atoms are no longer in that lower energy state. The energy that was originally released when the bond was formed is now re-released. This is the chemical energy mentioned in option A.

4. Therefore, when a bond between two atoms breaks, chemical energy is released.

What is released when a bond between two atoms breaks?A.Chemical energyB.Electrical energyC.Intramolecular forceD.Intermolecular force

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What is released when a bond between two atoms breaks?

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