Answer:
Explanation:
In the Hershey and Chase experiment, they aimed to show where the phage DNA went when it exited the protein coat and entered the bacteria. In this scenario, the two student's approach won't work because amino acids (and therefore all proteins) also have nitrogen atoms which ultimately means that the radioactivity would not distinguish between DNA and proteins and the experiment will not provide the correct results.
The question answered by the information from the Punnett squares is Can furred mice produce furless mice?, 3rd option.
<h3>How does law of segregation apply to Punnett square?</h3>
A Punnett square can be used to predict genotypes which are allele combinations and observable traits, phenotypes of genetic cross offspring. When an organism produces gametes, each one receives only one gene copy, which is chosen at random. This is known as segregation law.
Mendel's law of independent assortment applies to genes rather than chromosomes. In humans, a single chromosome can contain over 1,000 genes. In this study, homozygous furred and furless mice and heterozygous F1 rats answers the question "Can furred mice produce furless mice?" from the Punnett squares.
Learn more here on Punnett squares: brainly.com/question/25357981
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Using a molecular clock, scientists are able to estimate the amount of time that two species have been evolving independently.
Hope this helps :)
Answer - A. From a N.A code to an A.A code.
Reason - The DNA sent a instructions aka nucleic acid (code) to make amino acid which is important for our muscles.
<span>Osteoclasts
</span><span>Are derived from stem cells that produce macrophages
Secrete acids and protein-digesting enzymes</span>
