in-a-bone-mineral-density-test-the-test-scores-are-normally-distributed-with-a-m

Question

In a bone mineral density test, the test scores are normally distributed with a mean of $0$ and a standard deviation of $1$ . Find the probability that a randomly selected subject has a bone density test score greater than $negative 1.37$ .

Accepted Answer

Answer

Answer

Answer

In a bone mineral density test, the test scores are normally distributed with a mean of 00 and a standard deviation of 11. Find the probability that a randomly selected subject has a bone density test score greater than −1.37-1.37.

In a bone mineral density test, the test scores are normally distributed with a mean of $0$ and a standard deviation of $1$ . Find the probability that a randomly selected subject has a bone density test score greater than $negative 1.37$ .