Suppose that a disease is inherited via a sexlinked mode of inheritance so that a male offspring has a 50% chance of inheriting the disease, but a female offspring has no chance of inheriting the disease. Further suppose that 51.3% of births are male. What is the probability that a randomly chosen child will be affected by the disease?

There is a 25.65% probability that a randomly chosen child will be affected by the disease.

Step-by-step explanation:

We have these following probabilities:

A 51.3% probability that a child is born male.

A 100-51.3 = 48.7% probability that a child is born female.

A male child has a 50% probability of inheriting the disease.

A female hild has a 0% probability of inheriting the disease.

What is the probability that a randomly chosen child will be affected by the disease?

This is the sum of male who inherits, and female who inherits.

So

There is a 25.65% probability that a randomly chosen child will be affected by the disease.

a. (14,375+570)(5.3) b. 158,417$

step-by-step explanation:

a. you are basically just setting up the equation. f= amount of debt hence 14,375. g= how much she is borrowing from her parents weekly hence 570 and t= the interest on her debt. creating the equation.

b.   14,375+570= 14,945

      14,945 x 5.3 = 79,208.5

      79,208.5 x 2(years) = 158,417(answer)