Answer:
F. 16
Step by step explanation:
We are asked to find the distance between point Y to line segment WX.
We can see two right triangles in our given graph. We will use Pythagorean theorem to solve this problem.



Now we will take square root of both sides of our equation.



We can see that distance between point Y and line segment WX will be equal to length of YZ that is 16. Therefore, option F is the correct choice.