Consider the probability that greater than 91 out of 147 software users will not call technical support. Assume the probability that a given software user will not call technical support is 61%. Approximate the probability using the normal distribution.

Question

Question

Consider the probability that greater than 91 out of 147 software users will not call technical support. Assume the probability that a given software user will not call technical support is 61%. Approximate the probability using the normal distribution.

Consider the probability that greater than $91$ out of $147$ software users will not call technical support. Assume the probability that a given software user will not call technical support is $61 %$ .

Approximate the probability using the normal distribution. Round your answer to four decimal places.

math

Add a comment Improve this question Transcribed image text

Answer 1

Similar Homework Help Questions

(4) Consider the probability that no less than 87 in a sample of 153 software users will not call...

(4) Consider the probability that no less than 87 in a sample of 153 software users will not call technical support. Assume the probability that a given software user will not call technical support is 63%. (o) Set up a sun for tebblit ig sgma nolation and sosu sampling with replacement. You need not evaluate this sum. (4 points) (b) What is the expected number of users who will not call technical support in a random sample of 153 software...
Consider the probability that no fewer than 69 out of 120 software users will call technical...

Consider the probability that no fewer than 69 out of 120 software users will call technical support. Assume the probability that a given software user will call technical support is 99% Specify whether the normal curve can be used as an approximation to the binomial probability by verifying the necessary conditions, Answer I Tables Keypad Yes No
Consider the probability that greater than 94 out of 149 people have not been in a...

Consider the probability that greater than 94 out of 149 people have not been in a car accident. Assume the probability that a given person has not been in a car accident is 61%. Approximate the probability using the normal distribution. Round your answer to four decimal places.

Consider the probability that less than 16 out of 147 people have been in a car...

Consider the probability that less than 16 out of 147 people have been in a car accident. Assume the probability that a given person has been in a car accident is 10%. Approximate the probability using the normal distribution. Round your answer to four decimal places.
Consider the probability that greater than 97 out of 150 150 DVDs will work correctly. Assume...

Consider the probability that greater than 97 out of 150 150 DVDs will work correctly. Assume the probability that a given DVD will work correctly is 59% 59% . Approximate the probability using the normal distribution. Round your answer to four decimal places.
Consider the probability that greater than 98 out of 146 houses will not lose power once...

Consider the probability that greater than 98 out of 146 houses will not lose power once a year. Assume the probability that a given house will not lose power once a year is 57% . Approximate the probability using the normal distribution. Round your answer to four decimal places.

Consider the probability that fewer than 19 out of 156 students will not graduate on time....

Consider the probability that fewer than 19 out of 156 students will not graduate on time. Assume the probability that a given student will not graduate on time is 8% Approximate the probability using the normal distribution. Round your answer to four decimal places.
Consider the probability that fewer than 15 out of 149 people have been in a car...

Consider the probability that fewer than 15 out of 149 people have been in a car accident. Assume the probability that a given person has been in a car accident is 11% Approximate the probability using the normal distribution. Round your answer to four decimal places.
Consider the probability that less than 15 out of 156 people have been in a car...

Consider the probability that less than 15 out of 156 people have been in a car accident Assume the probability that a gven person has been in a car accident is 13 Approximate the probability using the normal distribution Round your answer to four decimal places Answer to) 2 Points r Keypad Tables Next

a. Consider a normal distribution with mean 20 and standard deviation 4. What is the probability...

a. Consider a normal distribution with mean 20 and standard deviation 4. What is the probability a value selected at random from this distribution is greater than 20? (Round your answer to two decimal places. b. Assume that x has a normal distribution with the specified mean and standard deviation. Find the indicated probability. (Round your answer to four decimal places.) μ = 14.3; σ = 3.5 P(10 ≤ x ≤ 26) = c. Assume that x has a normal...

Consider the probability that greater than 91 out of 147 software users will not call technical support. Assume the probability that a given software user will not call technical support is 61%. Approximate the probability using the normal distribution.

Homework Answers

Request Answer!

Add Answer to:
Consider the probability that greater than 91 out of 147 software users will not call technical support. Assume the probability that a given software user will not call technical support is 61%. Approximate the probability using the normal distribution.

Post as a guest

Earn Coins

(4) Consider the probability that no less than 87 in a sample of 153 software users will not call...

Consider the probability that no fewer than 69 out of 120 software users will call technical...

Consider the probability that greater than 94 out of 149 people have not been in a...

Consider the probability that less than 16 out of 147 people have been in a car...

Consider the probability that greater than 97 out of 150 150 DVDs will work correctly. Assume...

Consider the probability that greater than 98 out of 146 houses will not lose power once...

Consider the probability that fewer than 19 out of 156 students will not graduate on time....

Consider the probability that fewer than 15 out of 149 people have been in a car...

Consider the probability that less than 15 out of 156 people have been in a car...

a. Consider a normal distribution with mean 20 and standard deviation 4. What is the probability...

Consider the probability that greater than 91 out of 147 software users will not call technical support. Assume the probability that a given software user will not call technical support is 61%. Approximate the probability using the normal distribution.

Homework Answers

Request Answer!

Add Answer to: Consider the probability that greater than 91 out of 147 software users will not call technical support. Assume the probability that a given software user will not call technical support is 61%. Approximate the probability using the normal distribution.

Post as a guest

Earn Coins

Add Answer to:
Consider the probability that greater than 91 out of 147 software users will not call technical support. Assume the probability that a given software user will not call technical support is 61%. Approximate the probability using the normal distribution.