Answer:
Mutation, fertilization, meiosis are different mechanisms by which changes can occur in the genome.
Explanation:
There are several process which is responsible for causing change in the genome of the species which results in the evolution of that species. Some of these processes are:
1. Mutation: In mutation, some nucleotide sequences get change and this change can occur due to frameshift, addition, deletion or any other process. This change in nucleotide can be seen in phenotype and helps in the evolution of the species.
2. Fertilization: During fertilization mixing of the genome of two individual takes place which results in producing a genetically distinct offspring which contains variation. So as the offspring is genetically different it can contain new alleles that can help the individual to survive in the changing environment.
Answer:
a community is a small part of a population the population is all the people in a specific area
Explanation:
The calvin cycle uses ATP and NADPH, the byproducts of photosynthesis' light reactions.
<h3>What elements of the photosynthesis process are used in the Calvin cycle?</h3>
NADPH and ATP are the byproducts of the light reactions of photosynthesis that are used in the Calvin cycle. Sunlight raises the energy level of photosystem II electrons during the light reactions. As the electrons move along the electron transport chain, a gradient of hydrogen ions is produced.
Each produces a triose phosphate (C₃H₇O₆P) molecule after consuming one ATP and one NADPH molecule. The cycle generates triose phosphates, of which one-sixth is used in pathways for the synthesis of carbohydrates. The remaining triose phosphates are retained and go through the regeneration phase.
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Answer:
its parents.
Explanation:
its parents hold a dna code