A very large population of randomly-mating bunnies exists near the foothills of a local town. A hiker notices that the vast majority of the bunnies have fluffy, white tails. However, the hiker also spots some bunnies with fluffy, grey tails. White tails are dominant to grey tails. The hiker counts all of the bunnies in the foothills (because he clearly ran out of other things to do in life) and finds that out of 720 bunnies only 35 have grey tails. Using this information calculate a) the allele frequencies and b) the genotype frequencies for this population

Which expression is equivalent to -5(3x - 6/7)

Arrange the steps to solve this system of linear equations in the correct sequence. x + y = -2 2x – 3y = -9 tiles subtract 3x + 3y = -6 (obtained in step 1) from 2x – 3y = -9 (given) to solve for x. substitute the value of x in the first equation (x + y = -2) to get y = 1. the solution for the system of equations is (-3, 1). x = -15 the solution for the system of equations is (-15, 13). add 3x + 3y = -6 (obtained in step 1) to 2x – 3y = -9 (given), and solve for x. x = -3 substitute the value of x in the first equation (x + y = -2) to get y = 13. multiply the first equation by 3: 3(x + y) = 3(-2) 3x + 3y = -6.

Let d be the domain and let ƒ be the possible function. determine if the relation is an example of a function. d = {x| x is a date, expressed in day/month/year} ƒ(x) = temperature in seattle washington on that date