(h) Use the probabilities you computed in part b to calculate the mean u, the variance, o? , and the standard deviation, o,, of thisbinomial distribution. Show that the formulas for u,, o? , and o, given in this section give the same results. (Do not roundintermediate calculations. Round final answers to u, in to 2 decimal places, o 2, and o, in to 4 decimal places.)uxox^2σχ(i) Calculate the interval [u, ± 20,]. Use the probabilities of part b to find the probability that x will be in this interval. (Round youranswers to 4 decimal places. A negative sign should be used instead of parentheses.)The interval is [P() = Exercise 6.21 (Algo) METHODS AND APPLICATIONSSuppose that x is a binomial random variable with n= 5, p= .41, and q= .59.(b) For each value of x, calculate p(x). (Round final answers to 4 decimal places.)0.0715, p(1) =0.0834, p(5) =p(0) =0.2485, p(2) =0.3452, p(3) =0.2399p(4) =0.0116

Name: (h) Use the probabilities you computed in part b to calculate the mea
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Description: (h) Use the probabilities you computed in part b to calculate the mean u, the variance, o? , and the standard deviation, o,, of thisbinomial distribution. Show that the formulas for u,, o? , and o, given in this section give the same results. (Do no

x p(X) xp(x) (x-xbar)^2 p(x)*(x-xbar)^2 0 0.0715 0 4.20332 0.300537 1 0.2485 0.2485 1.10292…

Math

Statistics

(h) Use the probabilities you computed in part b to calculate the mean µy, the variance, o? , and the standard deviation, o, of this binomial distribution. Show that the formulas for µy , o? , and o, given in this section give the same results. (Do not round intermediate calculations. Round final answers to µy in to 2 decimal places, o ², and o, in to 4 decimal places.) ux ox^2 ox

(h) Use the probabilities you computed in part b to calculate the mean µy, the variance, o? , and the standard deviation, o, of this binomial distribution. Show that the formulas for µy , o? , and o, given in this section give the same results. (Do not round intermediate calculations. Round final answers to µy in to 2 decimal places, o ², and o, in to 4 decimal places.) ux ox^2 ox

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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