The Principle of Independent Assortment describes how different genes independently separate from one another when reproductive cells develop. Independent assortment of genes and their corresponding traits was first observed by Gregor Mendel in 1865 during his studies of genetics in pea plants.
I believe the answer is C. The weaker members may die out and the stronger members become the species
Answer:
Through a set of reactions that occur in the cytosol, energy derived from the partial oxidation of energy-rich carbohydrate molecules is used to form ATP, the chemical energy currency of cells (discussed in Chapter 2). But a much more efficient method of energy generation appeared very early in the history of life. This process is based on membranes, and it enables cells to acquire energy from a wide variety of sources. For example, it is central to the conversion of light energy into chemical bond energy in photosynthesis, as well as to the aerobic respiration that enables us to use oxygen to produce large amounts of ATP from food molecules.
Explanation:
Population is a specific species and community is more so talking about all of the species as a whole in an environment.
The inheritance pattern for white coloring is due to the existence of MULTIPLE alleles for the gene for coat coloring. It leads to the expression of different phenotypes.
<h3>Multiple alleles and inheritance</h3>
An allele is a gene variant for a given gene <em>locus</em>, diploid organisms inherit one allele from the mother and another from the father.
An individual is homo-zygous when both alleles for a given <em>locus </em>are the same, whereas an individual is heterozygous when both alleles for a given <em>locus </em>are different.
The combination of multiple alleles in a given <em>locus </em>may lead to the expression of different phenotypes.
Learn more about multiple alleles here:
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