In hodags (mythical creatures of wisconsin), brown fur (b) is dominant over gray fur (b) and long horns (h) are dominant over sh
ort horns (h). two true-breeding hodags, one with brown fur and long horns and the other with gray fur and short horns mate and produce an f1. two f1 individuals are mated. what proportion of the offspring will exhibit a phenotypic combination that is different from the p generation? assume the genes for fur color and horn length are on different chromosomes.
Well I think I might know this since I was born and grew up in WI, but don't be 100% dependent with my answer because I'm only in 7th grade and I am doing high school stuff. Well my guess is the proportion of the genes is 1/2 because when a offspring is produced the genes are split from each parent rather its a human baby, a mammal, a fish, a reptile, a insect, or a plant. Although, I don't know what f1 means except for it being a control on the computer lol. But like I said I'm only in 7th grade so I don't know everything but I'm smarter than a average 7th grader.
Answer: A missense mutation changes the identity of a codon from one amino acid to another, resulting in a change to the protein primary structure. A silent mutation occurs when a mutation does not change the amino acid coded for by that codon.
The pair of characteristics that one must use to classify a fish is the presence of jaw and skeleton type. Agnatha fishes are also called jawless fishes and they lack bony skeletons. Cartilaginous fishes are composed of cartilage skeletons. Bony fishes have bony skeleton structures.
