Answer:
The measurement will take approximately 227 minutes (13,600 seconds).
Explanation:
Prepare the sample for 14C dating. In order to do this calculation, you first need to know that one Bq refers to decay of one nucleus in one second. Now you can calculate how long it will take for 12,360 decays to occur. The activity as given in the question statement is 1.10 Bq, all you have to do is to multiply the number of decays to the Bq value given.
1.10 × 12,360 = 13,600 seconds
Hope that answers the question, have a great day!
Answer:
An amino acid has a common skeleton structure; an alpha carbon joined to 4 groups in its four covalent bonds. The groups are a Hydrogen (-H), a Carbonyl (-COOH), an Amino group (-NH3), and a side chain.
The side chains are variable across all amino acids which is the basis for their identification and naming. The side groups have different properties, therefore, giving different amino acid different structures and properties. These properties help in the folding of polypeptide chains into functional protein structures. This is due to their various interactions between the different amino acids that help proteins form structures like disulfide bridges, beta-sheets and alpha-helices.
Learn More:
To learn more about amino acids check out;
brainly.com/question/6959783
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