Question

A UJ student drives every day from his home to his university. Time to reach university...

A UJ student drives every day from his home to his university. Time to reach university is distributed normally with a mean of 50 minutes and with standard deviation of 12 minutes. Find the probability that the time to reach university will take between 27.08 and 52.40 minutes?

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Question 1: Solve all of the above Note: Absloute answers with 4 digits ex: 1.1234 A)...
Question 1: Solve all of the above Note: Absloute answers with 4 digits ex: 1.1234 A) An engineer measure 4 different pressures, 91, 99, 91 and 95 psi. What is the standard deviation of these measurments? [ ] B) A UJ student drives every day from his home to his university. Time to reach university is distributed normally with a mean of 50 minutes and with standard deviation of 12 minutes. Find the probability that the time to reach university...
3. An executive at Westinghouse drives from his home to his office. The driving times are...
3. An executive at Westinghouse drives from his home to his office. The driving times are normally distributed with a mean of 50 minutes and standard deviation of 10 minutes. • In what percent of the days will it take him 40 minutes or less to drive home. • In what percent of the days will it take between 30 and 55 minutes to drive home.
Dave drives to work each morning at about the same time. His commute time is normally...
Dave drives to work each morning at about the same time. His commute time is normally distributed with a mean of 43 minutes and a standard deviation of 8 minutes. The percentage of time that his commute time lies between 51 and 59 minutes is equal to the area under the standard normal curve between ___ and ___.
A lawyer commutes daily from his suburban home to his midtown office. The average time for...
A lawyer commutes daily from his suburban home to his midtown office. The average time for a one-way trip is 25 minutes, with a standard deviation of 4.2 minutes. Assume the distribution of trip times to be normally distributed. If the office opens at 9:00 A.M. and the engineer leaves his house at 8:40 A.M. daily, what percentage of the time is he late for work? If he leaves the house at 8:32 A.M. and coffee is served at the...
Every day Cara runs for five miles. Suppose that the time it takes her to complete...
Every day Cara runs for five miles. Suppose that the time it takes her to complete the run is a random variable that is normally distributed with a mean of 50 minutes and a standard deviation of 5 minutes. Today Cara ran the five miles in 46 minutes. What is the probability that she will beat her time tomorrow?
Fill in the blanks by standardizing the normally distributed variable. Dave drives to work each morning...
Fill in the blanks by standardizing the normally distributed variable. Dave drives to work each morning at about the same time. His commute time is normally distributed with a mean of 46 minutes and a standard deviation of 5 minutes. The percentage of time that his commute time exceeds 58 minutes is equal to the area under the standard normal curve that lies to the ___ of ___. right, 12 left, 1.2 right, 2.4 left, 2.4
The time it takes for a ferry to reach a summer resort from the mainland is...
The time it takes for a ferry to reach a summer resort from the mainland is Normally distributed with mean 2 hours and standard deviation 12 minutes. What should be the advertised duration of the trip (in minutes) if the ferry management does not want to be late on more than 5% of the trips but would like to minimize the advertised duration?
The time for a certain female student to commute to SCSU is Normally Distributed with mean...
The time for a certain female student to commute to SCSU is Normally Distributed with mean 32.5 minutes and standard deviation of 6.5 minutes. Find the probability her commuting time is more than 40 minutes. Find the probability her commuting time is less than 43 minutes. Find the value t such that 10% of her commuting times are greater than t. Between which two values will the middle 70% of her commuting times fall? Find the probability her commuting time...
The time for a certain female student to commute to SCSU is Normally Distributed with mean...
The time for a certain female student to commute to SCSU is Normally Distributed with mean 32.5 minutes and standard deviation of 6.3 minutes. A. Find the probability her commuting time is more than 40 minutes. B. Find the probability her commuting time is less than 43 minutes. C. Find the value t such that 10% of her commuting times are greater than t. D. Between which two values will the middle 70% of her commuting times fall? E. Find...
The time taken by a professor to grade a student’s take home final exam in Organizational...
The time taken by a professor to grade a student’s take home final exam in Organizational Behavior is uniformly distributed between 30 to 60 minutes. Let X be the time taken to grade a student’s final exam in Org Behavior. [Be sure to show your calculations.] a. Draw the probability distribution of X. b. What is the probability it will take less than 20 minutes to grade a student’s exam? c. What is the expected value of grading time for...