If dehydrogenation reactions were not possible and cells could only carry out basic redox reactions, how would this affect the ability of cells to harness energy from the breakdown of carbohydrates?.

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Answer:

Since only one electron can be taken at a time, breaking down carbohydrates to produce energy will probably need more stages.

Explanation:

How does the potential energy connected to chemical bonding alter as a result of redox reactions?

Whenever an electron lost potential energy with the help of the transference in redox processes, it releases energy. When coupled with fewer electronegative atoms (like C or H), electrons possess greater potential energy. Similarly, when linked with an additional electronegative atom, they have much less potential energy. Redox reactions are the more frequent name for oxidation-reduction processes. Because of the transport of electrons, oxidation, and reduction reactions include the simultaneous reduction as well as oxidation of 2 separate molecules. An additional substance is decreased by a reducing agent. A reducing agent undergoes oxidation throughout the process.

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