During the bond formation, energy is absorbed. (T/F)

Explanation

**Step-by-Step Solution:**

1. **Understanding Bond Formation**: Bond formation refers to the process where two atoms or elements come together to form a stable connection, such as an ionic or covalent bond. For example, when hydrogen (H) and chlorine (Cl) combine, they form hydrogen chloride (HCl).

2. **Energy Changes During Bond Formation**: When a bond is formed, energy changes occur. Specifically, bond formation is associated with a decrease in energy because the bonded atoms achieve a more stable configuration.

3. **Exothermic Process**: The process of bond formation is typically exothermic, meaning it releases energy. This is contrary to the idea that energy is absorbed during bond formation.

4. **Stable Configuration**: The atoms in a bond reach a stable configuration, which corresponds to a lower energy state. This stability is what drives the release of energy during the formation of the bond.

5. **Conclusion**: Since energy is released during bond formation, the statement "During the bond formation, energy is absorbed" is false.

**Final Answer**: False

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