This relates to Mendelian genetics and the concept of dominant and recessive alleles in a diploid gene. Under this understanding, you could say for example that the allele for light coloured moths is L whereas that for dark coloured moths is l. If l is recessive to L, then moths of the genotype LL and Ll would remain lightly coloured, whereas moths with the genotype ll would be dark coloured. Even if the environment selected out dark coloured moths, these would only be the moths with the genotype ll, and those remaining, LL and Ll, could still cross to produce LL, Ll and ll genotypes. This is how dark coloured moths can remain in the population even though they are actively selected against.
Answer:
Mitochondria
Explanation:
Living organisms, no matter how microscopic, require energy for their metabolic activities. However, this energy is released for use in form of ATP when the organism undergo the process of cellular respiration, a metabolic process that breaks down food to release its stored energy.
However, this cellular respiration is a chemical reaction that takes place in an organelle of an eukaryotic cell called MITOCHONDRION (plu- mitochondria).
Answer:
are natural or artificial deposits