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3 years ago

The end product of transcription is _ and the end product of translation is _.

Biology

1 answer:

ANTONII [103]3 years ago

7 0

<h2>Answer:</h2>

The correct answer is option C. And the full statement is:

The end product of transcription is <u>__mRNA___</u> and the end product of translation is _<u>_Proteins_</u>__.

<h3>Explanation:</h3>

Translation and the transcription are the two main process of central dogma of life.
DNA is the nucleotide sequence for the protein production. In this process DNA is first converted to RNA and then RNA moves to the cytoplasm for the production of proteins in the ribosomes.
So the transcription is process in which DNA is converted into mRNA in the cytoplasm.
In cytoplasm production of proteins by the mRNA is known as translation.

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In a population of plants, the allele for long stems (S) is completely dominant over the allele for short stems (s). If 35% of t

Sergio [31]

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The correct answer would be 48 percent.

It can be solved by using the Hardy-Weinberg equation.

p² + 2pq+ q² = 1

p + q = 1

where, p² represents homozygous dominant's frequency that is, SS in this case,

q² represents homozygous recessive's frequency that is, ss in this case,

2pq represents heterozygous dominant's frequency that is, Ss in this case.

p represents dominant allele's frequency and q represents the recessive allele's frequency.

Now, the percentage of homozygous recessive or short stems is 35%. Therefore, the frequency of homozygous recessive would be 0.35.

Thus, the value of q² = 0.35

So, q = $\sqrt{0.35}$ = 0.59 which is approximately equals to 0.6.

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Hence, the frequency of heterozygous would be 48 percent.

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3 years ago

The end product of transcription is _____ and the end product of translation is _____.

The end product of transcription is _ and the end product of translation is _.