Answer:
Under anaerobic condition pyruvate is converted into lactate.
Explanation:
Human muscles use both anaerobic and aerobic respiration for the production of ATP. During the starting of intense activity, the oxygen supply is not enough to provide instant energy to the muscle, therefore, muscles use anaerobic respiration to generate ATP.
During anaerobic respiration, muscle do not use oxygen to burn glucose. During anaerobic respiration in muscles, the glucose is converted into pyruvate and then this pyruvate gets convert into lactate and this process is called lactic acid fermentation. In this process, 2 ATP are produced.
<span>The enzyme DNA polymerase will form hydrogen
bonds with the nucleotides of the template DNA and add new nucleotides,
adenine will bond with thymine and guanine will bond with cytosine,
forming the complementary strand.
</span>
<span>3' ATGCTTGGACA 5 is the DNA template
</span><span>5' TACGAACC .......3' is the complementary strand
you
just need to join the right nucleotides. If there is no T, the DNA
polymerase has nothing appropriate to connect to the A, so it stops
there</span>
