Discuss how assortative mating can influence genotype frequencies. Are there any potential detrimental consequences resulting from these outcomes? Explain your reasoning

There is a species of fish in which homozygous recessive (rr) individuals are Yellow and homozygous dominant (RR) individuals are Red. Color in this species of fish exhibits incomplete dominance. If we mate a homozygous dominant individual with a heterozygous individual, what is the phenotypic ratio of the offspring? Group of answer choices 2 Red : 2 Orange. 4 Red. 3 Red : 1 Yellow. 1 Red : 2 Orange : 1 Yellow.

In a certain breed of dog, the dominant, B, is required for black fur; it’s recessive, b, produces brown fur. However, the dominant, I is the epistatic to the color locus and can inhibit pigment formation. The recessive allele, i, on the other hand, permits pigment deposition in the fur. What would be the phenotypes of the following sets of parents and what would be the results of the mating BBii x bbIi     1/4 black, 1/4 brown, 1/2 no color     1/2 black, 1/2 brown     1/2 black, 1/2 no color     1/3 black, 1/3 no color, 1/3 brown

According to the Hardy Weinburg equation, which variable would represent the heterozygous individual? Op O2pq Opa

CHOOSE ALL THAT APPLY: Which of the following are true based on the Punnett square below? Female ВВ 'Bb Male Bb bb O there is a 50% chance the offspring are heterozygous there is a 25% chance the offspring will be homozygous recessive the male and female are heterozygous O the female must be homozygous dominant the male is homozygous recessive

Is the interspecific breeding possible?

An F, generation is the result of which mating described below? Select one: O a. Randomly mating any two parents of opposite sex together. cross out O b. Mating a true breeding female to a true breeding male. cross out O c. Mating the offspring of an F, generation back to their parents. cross out cross out O d. Mating any F, male to any F, female. cross out O e. Allowing the individuals from a single F, generation to mate among themselves. Clear my choice

What would be the frequency of AaBbCC individuals from a mating of two AaBbCc individuals?     1/64     1/32     1/16     1/8

Disassortative mating is: Group of answer choices 1. between similar genotypes and increasing heterozygosity. 2. between similar genotypes and increases homozygosity. 3. between different genotypes and increases homozygosity. 4 Neither alters genotypic frequency nor allelic frequency. 5 between different genotypes and increases heterozygosity.

How do you solve this problem?