ANSWER COMPLETELY FOR UPVOTE Question 12The z-scores of the test results of the population of 50 students follow the Z-distribution. Let X be the z-score of a randomly selected student.1. Describe the distribution of X:P(X<-1.1)=0.14P(X<1.3)X<-12. Use the random variable notation to express symbolically each of the following:P(X<-1.1)-0.14P(X<1.3)X<-1P(X<-1.1)=0.14P(X<1.3)X<-1✓ An event in which the z-score of a randomly selected student is less than -1.ii. more than 1.3:✓ The probability of an event in which the z-score of a randomly selectedstudent is less than -1.1 is equal to 0.14.X-? ♥?3. Use technology to find the probability that the z-score of a randomly selected student is:i. less than -1:iii. between -0.7 and 0.2:iv. more than 8.5:v. less than 10.2:BNDZTThe probability of an event in which the z-score of a randomly selectedstudent is less than 1.3.4. Find the 25-th percentile:X 25% =(round the answer to 2 decimal places)(round the answer to 2 decimal places)(round the answer to 2 decimal places)(round the answer to 2 decimal places)(round the answer to 2 decimal places)(round the answer to 2 decimal places)

Given Information: The z-scores of test results of a population of 50 students follow the…

Question 12 The z-scores of the test results of the population of 50 students follow the Z-distribution. Let X be the z- score of a randomly selected student. 1. Describe the distribution of X: - 2. Use the random variable notation to express symbolically each of the following: P(X<-1.1)=0.14 P(X<1.3) X<-1 P(X<-1.1)=0.14 P(X<1.3) X<-1 |- P(X<-1.1)-0.14 P(X<1.3) X<-1 ✓An event in which the z-score of a randomly selected student is less than -1. ii. more than 1.3: X-? ♥ v. less than 10.2: BNUNH ✓ The probability of an event in which the z-score of a randomly selected student is less than -1.1 is equal to 0.14. . Use technology to find the probability that the z-score of a randomly selected student is: i. less than -1: iii. between -0.7 and 0.2: iv. more than 8.5: The probability of an event in which the z-score of a randomly selected student is less than 1.3. -. Find the 25-th percentile: (round the answer to 2 decimal places) (round the answer to 2 decimal places) (round the answer to 2 decimal places) (round the answer to 2 decimal places) (round the answer to 2 decimal places)

Question 12 The z-scores of the test results of the population of 50 students follow the Z-distribution. Let X be the z- score of a randomly selected student. 1. Describe the distribution of X: - 2. Use the random variable notation to express symbolically each of the following: P(X<-1.1)=0.14 P(X<1.3) X<-1 P(X<-1.1)=0.14 P(X<1.3) X<-1 |- P(X<-1.1)-0.14 P(X<1.3) X<-1 ✓An event in which the z-score of a randomly selected student is less than -1. ii. more than 1.3: X-? ♥ v. less than 10.2: BNUNH ✓ The probability of an event in which the z-score of a randomly selected student is less than -1.1 is equal to 0.14. . Use technology to find the probability that the z-score of a randomly selected student is: i. less than -1: iii. between -0.7 and 0.2: iv. more than 8.5: The probability of an event in which the z-score of a randomly selected student is less than 1.3. -. Find the 25-th percentile: (round the answer to 2 decimal places) (round the answer to 2 decimal places) (round the answer to 2 decimal places) (round the answer to 2 decimal places) (round the answer to 2 decimal places)

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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