Question detail

Which option best interprets the bacterial plate using enzyme active site, serial dilution, five repeats and dataset lane 170 for Explain how condensation between amino acids forms peptide bonds, dipeptides and polypeptides?

Try the question, check the answer, then read the explanation to understand the curriculum point.

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At a glance

MCQ

Type

practice

Style

Topic

Biological molecules official content

Question

A. The bacterial plate using enzyme active site, serial dilution, five repeats and dataset lane 170 links explain how condensation between amino acids forms peptide bonds, dipeptides and polypeptides to General properties of proteins with molecule-specific evidence.
B. It only names maltose and ignores the evidence from iodine test.
C. It describes a different sample, beetroot disc, without answering the stated objective.
D. It gives an unsupported conclusion from five repeats and omits the biological explanation.

Answer

Correct answer: The bacterial plate using enzyme active site, serial dilution, five repeats and dataset lane 170 links explain how condensation between amino acids forms peptide bonds, dipeptides and polypeptides to General properties of proteins with molecule-specific evidence.

Explanation

The bacterial plate using enzyme active site, serial dilution, five repeats and dataset lane 170 links explain how condensation between amino acids forms peptide bonds, dipeptides and polypeptides to General properties of proteins with molecule-specific evidence. The distractors are wrong because they change the sample, ignore the assay evidence or make an unsupported conclusion. This anchors the answer to General properties of proteins and the exact learning objective.

Common mistake

General properties of proteins common mistake 1

Giving a vague answer instead of directly addressing: Explain how condensation between amino acids forms peptide bonds, dipeptides and polypeptides..

Answer by clearly explaining how to explain how condensation between amino acids forms peptide bonds, dipeptides and polypeptides..

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