Suppose a birth defect has a recessive form of inheritance. In a study population, the recessive (a) gene initially has a prevalence of 25%. A subject has the birth defect of both maternal and paternal genes are of type a. a) In the general population, what is the probability that an individual will have the birth defects assuming that maternal and paternal genes are inherited independently?

What is the equation and solution for the sentence? the sum of a number and thirty-one is one hundred thirteen. write the equation as n-31=113 and subtract 31 from both sides. the answer is 82. write the equation as n+31=113 and subtract 31 from both sides. the answer is 82. write the equation as n+31=113 and add 31 to both sides. the answer is 144. write the equation as n-31=113 and add 31 to both sides. the answer is 144.

You are a clerk at convenience store. a customer owes 11.69 for a bag of potatoes chips. she gives you a five dollar bill. how much change should the customer receive?

If you are just building your payment history, how many points from a perfect score will you possibly miss?