Which of the below contributes to genetic variation? (choose all that apply).  Group of answer choices crossing over random mating large population mutations law of segregation independent assortment multiple alelles fertilization Law of dominance cytokinesis

A genotype of aabbDDEeGg mates with aaBbDdEeGG. What is the probability that a child will result from the matings with the genotype AAbbDdEeGG? Group of answer choices 6.25 % 25 % 3.125 % 1.5625% 0 %

Please solve question 5 and letter B

We can use the DCO class compared to the NCO (or parental) class (in a trihybrid cross) to determine: whether the genes are interacting with one another somehow The total number of offspring The order of the genes which are the dominant traits If the genes are on the same chromosome or not

Search the menus (Alt+/) в IUA 125% - Normal text Calibri 11 + 2 3 I 4 5 6 9 10 7. In catfish, wide mouths are dominant over narrow mouths. If a homozygous wide-mouthed catfish male is crossed with a heterozygous wide-mouthed female, what is the chance of a narrow-mouthed offspring? Allele and Phenotype All Genotype and Phenotype Possibilities Parent Genotypes Punnett Square Answer 7 of 11 Letter Phenotype Genotype Phenotype Dad Mom

Which would be an example of an allele? Group of answer choices The gene for blue eyes A person’s eye color The measure of the frequency of occurrence of a given event The exact genetic code for a trait

Suppose a species of tulip has three alleles for the gene that codes for flower color. The CR allele produces red tulips, the CP allele produces purple tulips, and the C" allele produces white tulips. CR is dominant over CP and Cw, and CP is dominant over Cu . For each cross, determine the expected phenotype ratio of offspring flower color. CRCP X CPCW CRCW x CPCW. 1 red: 3 purple : 0 white 2 red: 0 purple : 2 white Expected phenotype ratio Answer Bank 1 red: 2 purple : 1 white 2 red: 2 purple: 0 white 1 red : 1 purple : 0 white 2 red : 1 purple : 1 white