In an alpha helix structure, a hydrogen bond is formed between every fourth amino acid. This means that the first amino acid forms a bond with the fifth, the second with the sixth, and so on.

Given that there are 9 amino acids in this alpha helix, the first 5 amino acids will each form a hydrogen bond with another amino acid further down the chain.

Therefore, there will be 5 hydrogen bonds present in the structure.

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In an alpha helix structure, a hydrogen bond is formed between every fourth amino acid. This means that the first amino acid forms a bond with the fifth, the second with the sixth, and so on.

Given that there are 9 amino acids in this alpha helix, the first 5 amino acids will each form a hydrogen bond with another amino acid further down the chain.

Therefore, there will be 5 hydrogen bonds present in the structure.

Knowee AI · Accepted Answer

In an alpha helix structure, a hydrogen bond is formed between every fourth amino acid. This means that the first amino acid forms a bond with the fifth, the second with the sixth, and so on.

Given that there are 9 amino acids in this alpha helix, the first 5 amino acids will each form a hydrogen bond with another amino acid further down the chain.

Therefore, there will be 5 hydrogen bonds present in the structure.

When 9 amino acids are found in an alpha helix, how many hydrogen bonds will be present in the structure?Group of answer choices5324

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