# Question: The driving distance for the top 100 golfers on the

The driving distance for the top 100 golfers on the PGA tour is between 284.7 and 310.6 yards (Golfweek, March 29, 2003). Assume that the driving distance for these golfers is uniformly distributed over this interval.

a. Give a mathematical expression for the probability density function of driving distance.

b. What is the probability the driving distance for one of these golfers is less than 290 yards?

c. What is the probability the driving distance for one of these golfers is at least 300 yards?

d. What is the probability the driving distance for one of these golfers is between 290 and 305 yards?

e. How many of these golfers drive the ball at least 290 yards?

a. Give a mathematical expression for the probability density function of driving distance.

b. What is the probability the driving distance for one of these golfers is less than 290 yards?

c. What is the probability the driving distance for one of these golfers is at least 300 yards?

d. What is the probability the driving distance for one of these golfers is between 290 and 305 yards?

e. How many of these golfers drive the ball at least 290 yards?

## Answer to relevant Questions

The time in minutes for which a student uses a computer terminal at the computer center of a major university follows an exponential probability distribution with a mean of 36 minutes. Assume a student arrives at the ...A simple random sample of 5 months of sales data provided the following information: a. Develop a point estimate of the population mean number of units sold per month. b. Develop a point estimate of the population standard ...In the EAI sampling problem (see Figure 7.5), we showed that for n = 30, there was .5034 probability of obtaining a sample mean within ± $500 of the population mean. a. What is the probability that is within $500 of the ...Americans have become increasingly concerned about the rising cost of Medicare. In 1990, the average annual Medicare spending per enrollee was $3267; in 2003, the average annual Medicare spending per enrollee was $6883 ...The range for a set of data is estimated to be 36. a. What is the planning value for the population standard deviation? b. At 95% confidence, how large a sample would provide a margin of error of 3? c. At 95% confidence, how ...Post your question