-company surveyed 2,600 North American airline passengers and reported that approximately 65% said that they carry a smartphone when they travel. Suppose that the ctual percentage is 65%. Consider randomly selecting six passengers and define the random variable x to be the number of the six selected passengers who travel with a martphone. The probability distribution of x is the binomial distribution with n = 6 and p = 0.65. (Use SALT. Round your answers to four decimal places.) A USE SALT (a) Calculate p(4). Interpret this probability. O the probability that a random sample of 6 passengers will contain at least 4 passengers who travel with a smartphone O the probability that a random sample of 6 passengers will contain at most 4 passengers who travel with a smartphone O the probability that a random sample of 6 passengers will contain exactly 4 passengers who travel with a smartphone O the probability that a random sample of 6 passengers will contain less than 4 passengers who travel with a smartphone O the probability that a random sample of 6 passengers will contain more than 4 passengers who travel with a smartphone (b) Calculate p(6), the probability that all six selected passengers travel with a smartphone. (c) Calculate P(x 2 4).

MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Question
9
A company surveyed 2,600 North American airline passengers and reported that approximately 65% said that they carry a smartphone when they travel. Suppose that the
actual percentage is 65%. Consider randomly selecting six passengers and define the random variable x to be the number of the six selected passengers who travel with a
smartphone. The probability distribution of x is the binomial distribution with n = 6 and p = 0.65. (Use SALT. Round your answers to four decimal places.)
n USE SALT
(a) Calculate p(4).
Interpret this probability.
O the probability that a random sample of 6 passengers will contain at least 4 passengers who travel with a smartphone
O the probability that a random sample of 6 passengers will contain at most 4 passengers who travel with a smartphone
O the probability that a random sample of 6 passengers will contain exactly 4 passengers who travel with a smartphone
O the probability that a random sample of 6 passengers will contain less than 4 passengers who travel with a smartphone
O the probability that a random sample of 6 passengers will contain more than 4 passengers who travel with a smartphone
(b) Calculate p(6), the probability that all six selected passengers travel with a smartphone.
(c) Calculate P(x 2 4).
Transcribed Image Text:A company surveyed 2,600 North American airline passengers and reported that approximately 65% said that they carry a smartphone when they travel. Suppose that the actual percentage is 65%. Consider randomly selecting six passengers and define the random variable x to be the number of the six selected passengers who travel with a smartphone. The probability distribution of x is the binomial distribution with n = 6 and p = 0.65. (Use SALT. Round your answers to four decimal places.) n USE SALT (a) Calculate p(4). Interpret this probability. O the probability that a random sample of 6 passengers will contain at least 4 passengers who travel with a smartphone O the probability that a random sample of 6 passengers will contain at most 4 passengers who travel with a smartphone O the probability that a random sample of 6 passengers will contain exactly 4 passengers who travel with a smartphone O the probability that a random sample of 6 passengers will contain less than 4 passengers who travel with a smartphone O the probability that a random sample of 6 passengers will contain more than 4 passengers who travel with a smartphone (b) Calculate p(6), the probability that all six selected passengers travel with a smartphone. (c) Calculate P(x 2 4).
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