|MaximExamusi cdn.student.uae.examus.net/?rldbqn=1&sessi..Choose the correct answer for the following question:The following probability distribution shows the likelihood that people were absent 0, 1, 2, or 3 days last month in a company:cf917Number of days absentProbability0.45ce362dcf9170.100.2530.20What is the mcan number of days ance362dcf917ce362dcf917ce362dcf917Conversion formula, z =e362dFormulae Sheet STAT-101-1Minimum “usual" value = ī – 2sP(x) =n!%3D(n-x)!x!MaximumΣχE(x-3)²min value+max value= x + 2sS =%3D2.Relative Frequency =n-1a.1.40=npqe dcExP(x);Frequency of the classTotal FrequencyE= np0%IIMacBook Proe362dcf917EGO

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Description: |MaximExamusi cdn.student.uae.examus.net/?rldbqn=1&sessi..Choose the correct answer for the following question:The following probability distribution shows the likelihood that people were absent 0, 1, 2, or 3 days last month in a company:cf917Number

Given Data: x P(x) 0 0.45 1 0.1 2 0.25 3 0.2

Math

Statistics

Enarmun cdn.student.uae.examus.netridbans16sess Choose the correct answer for the following question: o1917 were absent 0, 1, 2, or 3 days last month in a company: The following probability distribution shows the likelihood that people Number of days absent Probability 0.45 ce36 0.10 ce362dcf9 0.25 What is the mean number of days an 0.20 employee has been absent? ce362dcf917 Conversion formula, z = ce362dcf91 e362d ce362dcf917 Formulae Sheet STAT-101-1 Minimum "usual" value =F-2s P(x) = n! (n-x)lx! p* Midrange = min value+max value Maximum "usual" value = i+ 2s = Ex 36 Frequency of the class Total Frequency Relative Frequenccy = n-1 Variance = npq E=ExP(x); E= np

Enarmun cdn.student.uae.examus.netridbans16sess Choose the correct answer for the following question: o1917 were absent 0, 1, 2, or 3 days last month in a company: The following probability distribution shows the likelihood that people Number of days absent Probability 0.45 ce36 0.10 ce362dcf9 0.25 What is the mean number of days an 0.20 employee has been absent? ce362dcf917 Conversion formula, z = ce362dcf91 e362d ce362dcf917 Formulae Sheet STAT-101-1 Minimum "usual" value =F-2s P(x) = n! (n-x)lx! p* Midrange = min value+max value Maximum "usual" value = i+ 2s = Ex 36 Frequency of the class Total Frequency Relative Frequenccy = n-1 Variance = npq E=ExP(x); E= np

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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