Question

the following probability model shows the distribution of injuries of youth baseball players, ages 5 - 14, according to researchers at sportmedbc. complete parts (a) through (d)
(c) what is the probability that a randomly selected baseball injury to a 5 - 14 - year - old is to the head, face, or wrist? interpret this probability
p(head, face, or wrist) = 0.493
(round to three decimal places as needed.)
interpret this probability. select the correct choice and fill in the answer box to complete your choice
a. if 1000 baseball injuries to 5 - 14 - year - olds were randomly selected, one would expect about 493 of them to have happened to the head, face, or wrist
b. if 1000 baseball injuries to 5 - 14 - year - olds were randomly selected, one would expect exactly of them to have happened to the head, face, or wrist.
(d) what is the probability that a randomly selected baseball injury to a 5 - 14 - year - old is to something other than the face? interpret this probability
p(location other than the face) =
(round to three decimal places as needed.)

Explanation:

Step1: Find the probability of injury not on the face

Use the formula \(P(\text{not face}) = 1 - P(\text{face})\).
We know that \(P(\text{face})=0.332\).
So, \(P(\text{not face})=1 - 0.332\).

Step2: Calculate the value

\(1-0.332 = 0.668\)

Answer:

\(0.668\)