Q1. Following is the data related to the daily production of the two factories of same productlocated in two different states.Daily ProductionFactoryFactory 1| Factory 266 66 73 83 74 73 73 69 82 71 73 66 67 s0 79 7866 63 71 65 | 65 67 57 48 71 73 68 58 | 62 81 60 62 72| 72 57 77 68a. Calculate the following[2]Daily Production ofFactory 1Daily Production ofFactory 1Sample SizeDegree of freedomMeanVarianceStandard Deviationb. Calculate the ratio of two variances and test the equality of the variances and comments.[1]c. Calculate the value of pool standard deviation (Sp), degree of freedom in the light of part"b" and SED[1]d. Write the null and alternative hypothesis for comparing the production of two factories. [1]e. Calculate the critical values "tak", and talf. Write the conclusion for the null hypothesis of part "d"[1]

Name: Q1. Following is the data related to the daily production of the two
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Description: Q1. Following is the data related to the daily production of the two factories of same productlocated in two different states.Daily ProductionFactoryFactory 1| Factory 266 66 73 83 74 73 73 69 82 71 73 66 67 s0 79 7866 63 71 65 | 65 67 57 48 71 73 6

Factory 1 (X) Factory 2 (Y) (x-xbar)^2 (y-ybar)^2 66 66 53.47266 0.020408 66 63 53.47266…

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Probability

b. Calculate variances and te equality of the vari c. Calculate the value of pool standard deviation (Sp), degree of freedom in the light of part "b" and SED (1] d. Write the null and alternative hypothesis for comparing the production of two factories. [1] e. Calculate the critical values "tak", and tal

b. Calculate variances and te equality of the vari c. Calculate the value of pool standard deviation (Sp), degree of freedom in the light of part "b" and SED (1] d. Write the null and alternative hypothesis for comparing the production of two factories. [1] e. Calculate the critical values "tak", and tal

A First Course in Probability (10th Edition)

10th Edition

ISBN:9780134753119

Author:Sheldon Ross

Publisher:Sheldon Ross

Chapter1: Combinatorial Analysis

Section: Chapter Questions

Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...

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