Apopulation of mice has black or brown hair. the gene for black hair color (b) is dominant over brown (b). if 16% of the mice are homozygous black and 24% are heterozygous black, what would be the frequency of each allele? . (p + q = 1, p2 + 2pq + q2 = 1). is it (a. p=0.65, q=0.35 (b. p=0.25, q=0.75 (c. p=0.4, q=0.6

Frequency of black allele is

Frequency of brown allele is

Explanation:

As per Hardy-Weinberg equation,

Frequency of the homozygous genotype is represented by AA and aa

Frequency of the heterozygous genotype is represented by Aa

In the  Hardy-Weinberg mathematical equation

Frequency of AA is represented by

Frequency of AA is represented by

Frequency of AA is represented by

And the mathematical equation is as follows -

Substituting the given values in above equation we get

Also,  sum of the allele frequencies for all the alleles at the locus is equal to  1 which means

Frequency of black allele is

Frequency of brown allele is

oxygen is the first element in group 16 (via) of the periodic table. the periodic table is a chart that shows how chemical elements are related to each other. the elements in group 16 are said to belong to the chalcogen family. other elements in this group include  sulfur, selenium, tellurium,  and  polonium.  the name chalcogen comes from the greek word  chalkos,  meaning "ore." the first two members of the family, oxygen and sulfur, are found in most ores.

oxygen is by far the most abundant element in the earth's crust. nearly half of all the atoms in the earth are oxygen atoms. oxygen also makes up about one-fifth of the earth's atmosphere. nearly 90 percent of the weight of the oceans is due to oxygen. in addition, oxygen is thought to be the third most abundant element in the universe and in the solar system.

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