Chapter 24: Q24.59 P (page 1104)

Why is .OH more dangerous than ${OH}^{-}$ in an organism?

Short Answer

Expert verified

Hydroxyl radicals assault and damage the bio molecules that surround the cell.

Step by step solution

Radical

Radical is the species that has a free unpaired electron. Due to the presence of free electron, it attains tremendous reactivity.

Explanation

The hydroxyl radical_{$(. OH)$}, is the neutral form of the hydroxide ion $(- {OH}^{-})$ . Hydroxyl radicals attack essential cell components. The bio molecules surrounding is being damaged since the structures are connected with their functions.

Hence Hydroxyl radicals attack the cell and destroys its surrounding bio molecules.

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Why is .OH more dangerous than ${OH}^{-}$ in an organism?

Short Answer

Step by step solution

Radical

Explanation

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Why is .OH more dangerous than OH- in an organism?

Short Answer

Step by step solution

Radical

Explanation

One App. One Place for Learning.

Most popular questions from this chapter

Recommended explanations on Chemistry Textbooks

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Why is .OH more dangerous than ${OH}^{-}$ in an organism?