38% of working mothers do not have enough money to cover their healthinsurance deductibles. You randomly select six working mothers and ask themwhether they have enough money to cover their health insurance deductibles.The random variable represents the number of working mothers who do not haveenough money to cover their health insurance deductibles. Complete parts (a)through (c) below.(a) Construct a binomial distribution using n = 6 and p = 0.38.XP(x)00.05710.20920.32030.26240.12050.02960.003(Round to the nearest thousandth as needed.)(b) Graph the binomial distribution using a histogram and describe its shape.Choose the correct graph below.O A.0,40.350.30.2500.1500.05AP(x)0246XOB.AP(x)0.4-...0.350.30.250.20.15-0.0.05-0 2 4 6O C.AP(x)0.4-0.350K0.250.20.15-0.10.05-0246D.AP(x)0.4-0,3500.250.0.150.0.05-0-0246

Binomial distribution with n = 6 and p = 0.38 Now, q = 1-p = 1-0.38 = 0.62 Binomial probability :…

Answered: 38% of working mothers do not have…

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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Assume that the normal distribution can be used to approximate the following binomial distribution question. A survey of adults found that 6% say their favorite sport is auto racing. You randomly select 400 adults and ask them to name their favorite sport. Complete parts (a) and (b). (a) Find the probability that the number of people who say auto racing is their favorite sport is at most 30. (b) Find the probability that the number of people who say auto racing is their favorite sport is more than 33. (Round to four decimal places as needed.)
A deck of four (4) cards has exactly one (1) color printed on each face – blue, yellow, red, or green. You have two (2) identical decks of this type. In this game, you randomly select a card from each of the two decks. Your score is the number of blue cards drawn – refer to this quantity as X. The probability distribution is below: X P(X) 0 0.5625 1 0.375 2 0.0625 What is the average number of blue cards drawn? What is the probability that at most one blue card is drawn?
please solve 4 a, b and c
You are bidding on six items available on an online shopping site. You think that for each bid you have a 35% chance of winning it, and the outcomes of the six bids are independent events. Let X denote the number of winning bids out of the six items you bid on. Find the probabilities. a. Explain why the distribution of X can be modeled by the binomial distribution. b. Find the probability that you win exactly 4 bids. c. Find the probability that you win 4 bids or fewer. d. Find the probability that you win more than 4 bids. a. Explain why the distribution of X can be modeled by the binomial distribution. A. The trials are independent. O B. The data are binary. C. The data are not binary. D. Probabilities of success for trials (bids) differ for each trial. OE. The trials are dependent. F. There is the same probability of success for each trial (bid). G. There are a fixed number of bids. O H. The number of bids varies. b. The probability of winning exactly 4 bids is (Round to four…
78% of U.S. adults think that political correctness is a problem in America today. You randomly select six U.S. adults and ask them whether they think that political correctness is a problem in America today. The random variable represents the number of U.S. adults who think that political correctness is a problem in America Find the variance of the binomial distribution. σ2=nothing (Round to the nearest tenth as needed.)
Eighty-four percent of adults in a certain country believe that life on other planets is plausible. You randomly select five adults and ask them whether they believe that life on other planets is plausible. The random variable represents the number of adults who believe that life on other planets is plausible. Find the mean, variance, and standard deviation of the binomial distribution for the random variable. Interpret the results. Find the mean of the binomial distribution. μ=_________ (Round to two decimal places as needed.)
36% of employees judge their peers by the cleanliness of their workspaces. You randomly select 8 employees and ask them whether they judge their peers by the cleanliness of their workspaces. The random variable represents the number of employees who judge their peers by the cleanliness of their workspaces. Complete parts (a) through (c) below. (a) Construct a binomial distribution using n=8 and p=0.36. x P(x) 0 nothing 1 nothing 2 nothing 3 nothing 4 nothing 5 nothing 6 nothing 7 nothing 8 nothing
A deck of four (4) cards has exactly one (1) color printed on each face – blue, yellow, red, or green. You have two (2) identical decks of this type. In this game, you randomly select a card from each of the two decks. Your score is the number of blue cards drawn – refer to this quantity as X. The probability distribution is below: X P(X) 0 0.5625 1 0.375 2 0.0625 1. If we replaced the yellow card in the first deck with another blue card, what would be the probability of drawing two blue cards? 2. If we replaced the yellow card in the first deck with another blue card, what distribution would the variable X follow?
Eighty-four percent of adults want to live to age 100. You randomly select five adults and ask them whether they want to live to age 100. The random variable represents the number of adults who want to live to age 100. Complete parts (a) through (c) below. (a) Construct a binomial distribution. x P(x) 0 ? 1 ? 2 ? 3 ? 4 ? 5 ? (Round to five decimal places as needed.)

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