Apopulation of cats divided depending on the tail length. there are 180 cats with long tails and genotype double uppercase t, 240 cats with a long tail and genotype uppercase t lowercase t, and 80 cats with short tails and genotype double lowercase t. drag the numbers on the left to the appropriate blanks on the right to answer these questions about a hypothetical cat population.

what is the frequency of cats with long tails in the population?
(a) 0.16
(b) 0.36
(c) 0.40
(d) 0.48
(e) 0.60
(f) 0.84
(g) 80
(h) 180
(i) 420

(F) 0.84

Explanation:

In this population of cats, there are two possible phenotype related to the tail length, long tail and short tail. According with the information given, we have the following distribution of phenotypes and genotypes in the population:

TT -> long tail (180)Tt -> long tail (240)tt -> short tail (80)

The frequency of cats with long tail in the population can be calculated as the fraction of the cats that have the phenotype "long tail" in the population

Fraction of long tail phenotype=(TT individuals +  Tt individual)/(Total population)=(180+240)/(180+240+80)=420/500=0.84

So, the fraction of cats with long tail in the population is 0.84

The return of the wolf to yellowstone national park will probably affect the bird population to some degree, not significantly. while wolves will hunt birds when necessary, they prefer to hunt larger prey. the bird population will most likely only be affected when hunting is scarce for the wolves. birds of prey will also probably not be affected as much as other birds who spend more time on the ground hunting for food as the tend to spend more time in the air or in trees since they do not need to stay on the ground for long due to the nature of the way they hunt.

They are k strategist i think