QuestionAugust 2, 2025

Select all the correct answers. Adenosine triphosphate (ATP)molecules are used for the synthesis of a large number of biomolecules Which two actions happen when bonds in ATP molecules are broken? Chemical energy is released. Electrical energy is released. Radiant energy is released. Thermal energy is released.

Select all the correct answers. Adenosine triphosphate (ATP)molecules are used for the synthesis of a large number of biomolecules Which two actions happen when bonds in ATP molecules are broken? Chemical energy is released. Electrical energy is released. Radiant energy is released. Thermal energy is released.
Select all the correct answers. Adenosine triphosphate (ATP)molecules are used for the synthesis of a large number of biomolecules Which two actions happen when bonds in ATP molecules are broken? Chemical energy is released. Electrical energy is released. Radiant energy is released. Thermal energy is released.

Solution
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Answer

Chemical energy is released. ### Thermal energy is released. Explanation 1. Understanding ATP and Energy Release Adenosine triphosphate (ATP) is a molecule that stores energy in its high-energy phosphate bonds. When these bonds are broken, the stored chemical energy is released to be used by the cell for various processes. 2. Identifying Types of Energy Released The breaking of ATP bonds primarily releases chemical energy, which can be converted into other forms such as thermal energy due to inefficiencies in biological systems. Electrical and radiant energies are not typically released directly from ATP bond breakage. 3. Selecting Correct Options Based on the understanding of ATP and energy release, the correct answers are "Chemical energy is released" and "Thermal energy is released."

Explanation

1. Understanding ATP and Energy Release<br /> Adenosine triphosphate (ATP) is a molecule that stores energy in its high-energy phosphate bonds. When these bonds are broken, the stored chemical energy is released to be used by the cell for various processes.<br />2. Identifying Types of Energy Released<br /> The breaking of ATP bonds primarily releases chemical energy, which can be converted into other forms such as thermal energy due to inefficiencies in biological systems. Electrical and radiant energies are not typically released directly from ATP bond breakage.<br />3. Selecting Correct Options<br /> Based on the understanding of ATP and energy release, the correct answers are "Chemical energy is released" and "Thermal energy is released."
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