Answer:
<u>The Transcription mRNA</u>
5'- AUG-CCC-GUU-UGG-AGA-UCG-GGU-UAC-AGC-UAG-3'
<u>The translation product</u>
5' Met-Pro-Val-Trp-Arg-Ser-Gly-Tyr-Ser-3'
Explanation:
Transcription is a process which transcripts the DNA to a molecule called mRNA or messenger RNA which contains code for the synthesis of amino acids.
The RNA nucleotide base pairs are added in the same way as in the DNA that is guanine will bind cytosine but adenine will bind uracil instead of thymine.
Since the start codon is AUG which codes for methionine and stop codons could be UAG, UAA or UGA which do not code for the amino acids during translation.
In the given question,
Looking for the start codon which is AUG in the template strand is found and the transcript mRNA thus will be coded as
<u>Template strand</u>
3' AACTT-TACGGGCAAACCTCTAGCCCAATGTCGATCAGTTTC 5'
<u>The Transcription mRNA</u>
5'- AUG-CCC-GUU-UGG-AGA-UCG-GGU-UAC-AGC-UAG-3'
<u>The translation product</u>
5' Met-Pro-Val-Trp-Arg-Ser-Gly-Tyr-Ser-3'
Answer:
The correct answer would be - Having reliable access to food and being able to produce more calories per unit of land available led to population increase.
Explanation:
An increase in disease, sedentary agriculture, and increase in environmental degradation are three problem that is associated with the farming.
There are more benefits to continue agriculture is the ability of human kind to produce a food and access to plenty of food consistently which will led to increase the population.
Thus, the correct response would be - Having reliable access to food and being able to produce more calories per unit of land available led to population increase.
The answer is archaea. Though <span>bacteria, protozoa, </span>unicellular<span> algae, and </span>unicellular<span> fungi are all unicellular, archaea are the only ones that can survive in harsh environments</span><span />
