Binomial ProbabilitiesSample sizeProbabilities of an event of interestMeanVarianceStandard deviationDataBinomial Probabilities Tablea.b.ParametersC.d.X P(X)5.16 In Example 5.4 that begins on page 186, you andtwo friends decided to go to Wendy's. Now, suppose thatinstead you go to Burger King, which recently filled approximately 90.9% of orders correctly. What is the probability thatP(X>= 2)=all three orders will be filled correctly?none of the three will be filled correctly?at least two of the three will be filled correctly?What are the mean and standard deviation of the binomial distribution used in (a) through (c)? Interpret these values.

Given that: Success probability, p=0.909 Sample size, n=3

Answered: 5.16 In Example 5.4 that begins on page…

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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A box contains 5 green and 3 orange balls. If three balls are taken at random with replacements, what is the variance number of orange balls? A. 45/8 B. 15/8 C. 1/8 D. 9/8
You guess repeatedly on an exam that is made up of multiple choice questions, all of which have 5 possible answers. There are 22 problems on the exam. If needed, round your answers below to three decimals. a. To model this situation with a binomial distribution, what would you use for p? b. How many questions would you expect to get right? C. What is the variance? d. What is the probability of getting 4 questions right? Submit Question
Part 1 of 4 Victoria, an accomplished marathon runner, claims that the standard deviation for her time to run a 26.2 mile marathon is less than 17.5 minutes. To test her claim, Victoria looks up 11 of her race times (in minutes): 227.2, 233.3, 259.7, 265.8, 252.1, 228.8, 222.6, 202.9, 214.5, 237.2, 267.7 Perform a hypothesis test using a 9% level of significance to test Victoria's claim. Step 1: State the null and alternative hypotheses. 17.5 Ha:0
2.3 3 help please use diagram for answer with 5 part question (a-e) please thank you.
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The figure below represents the data from Table 3.6 in the book. It summarizes the lengths of hospital stays (days) for a sample 25 patients. Duration of hospitalization (days) 6. 1. 01-05 06-10 11-15 16-20 >20 What is the probability that someone stayed in the hospital at most 10 days? None of these choices are correct.
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It’s 4 part
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