AssignmentsIn a survey of consumers aged 12 and older, respondents were asked how many cell phones were in use by the household. (No two respondents were from the samehousehold.) Among the respondents, 204 answered "none," 279 said "one," 358 said "two," 144 said "three," and 104 responded with four or more. A surveyrespondent is selected at random. Find the probability that his/her household has four or more cell phones in use. Is it unlikely for a household to have four or morecell phones in use? Consider an event to be unlikely if its probability is less than or equal to 0.05.GradebookLecture VideosP(four or more cell phones) =|(Round to three decimal places as needed.)Optional ExtrasIs it unlikely for a household to have four or more cell phones in use?Study PlanO A. No, because the probability of a respondent with four or more cell phones in use is less than or equal to 0.05.Multimedia LibraryO B. No, because the probability of a respondent with four or more cell phones in use is greater than 0.05.OC. Yes, because the probability of a respondent with four or more cell phones in use is less than or equal to 0.05.O D. Yes, because the probability of a respondent with four or more cell phones in use is greater than 0.05.Click to select your answer(s).P Pearson国US 4

Name: AssignmentsIn a survey of consumers aged 12 and older, respondents we
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Description: AssignmentsIn a survey of consumers aged 12 and older, respondents were asked how many cell phones were in use by the household. (No two respondents were from the samehousehold.) Among the respondents, 204 answered "none," 279 said "one," 358 said "

Total number of respondents in the survey = 204+279+358+144+104=1089 Number of respondents with four…

Math

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In a survey of consumers aged 12 and older, respondents were asked how many cell phones were in use by the household. (No two respondents were from the same household.) Among the respondents, 204 answered "none," 279 said "one," 358 said "two," 144 said "three," and 104 responded with four or more. A survey respondent is selected at random. Find the probability that his/her household has four or more cell phones in use. Is it unlikely for a household to have four or more cell phones in use? Consider an event to be unlikely if its probability is less than or equal to 0.05. P(four or more cell phones) =O (Round to three decimal places as needed.) Is it unlikely for a household to have four or more cell phones in use? O A. No, because the probability of a respondent with four or more cell phones in use is less than or equal to 0.05. O B. No, because the probability of a respondent with four or more cell phones in use is greater than 0.05. OC. Yes, because the probability of a respondent with four or more cell phones in use is less than or equal to 0.05. O D. Yes, because the probability of a respondent with four or more cell phones in use is greater than 0.05.

In a survey of consumers aged 12 and older, respondents were asked how many cell phones were in use by the household. (No two respondents were from the same household.) Among the respondents, 204 answered "none," 279 said "one," 358 said "two," 144 said "three," and 104 responded with four or more. A survey respondent is selected at random. Find the probability that his/her household has four or more cell phones in use. Is it unlikely for a household to have four or more cell phones in use? Consider an event to be unlikely if its probability is less than or equal to 0.05. P(four or more cell phones) =O (Round to three decimal places as needed.) Is it unlikely for a household to have four or more cell phones in use? O A. No, because the probability of a respondent with four or more cell phones in use is less than or equal to 0.05. O B. No, because the probability of a respondent with four or more cell phones in use is greater than 0.05. OC. Yes, because the probability of a respondent with four or more cell phones in use is less than or equal to 0.05. O D. Yes, because the probability of a respondent with four or more cell phones in use is greater than 0.05.

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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