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Classify the following random variable according to whether it is discrete or continuous. 1) The age of a dog in months A) continuous B) discrete Sto 2) The cost of a randomly selected orange A) Discrete ana B) Continuous » Date 3) The temperature on a summer day. A) Continuous B) Discrete Find the mean of the given probability distribution. 4) A baseball player is asked to swing at pitches in sets of four. The player swings at 100 sets of 4 pitches. The probability distribution for making a particular number of hits is given below. Determine the mean, E(X), for this PDF. Popui grbni Bivari 0. P(x) 0.4096 0.4096 0.15360.0256 | 0.0016 Α) μ-0.80 C)μ = 1.21 B) µ = 2.00 D ) μ -0.70 %3D %3D # of t ter Find the mean of the given probability distribution. mpere Shoe 1# of Chaip 09 5) Using the PDF below find the standard deviation, SD(X), for the random variable x, which represents the number of bicycles per household in a town of 1000 households. x P(x) 0 |0.125 1 0.428 2 0.256 3 0.108 4 0.083 MO guar 12 a) R-valuelc b)- R cocfA A) 1.098 B) 2.153 C) 1.543 D) 1.342 -we can ali Use the binomial formula to find the probability of x successes, where p is the probability of success in one trial. 6) n = 6, x = 3, p = 6. Exam scoc A) 0.015 C) 0.054 B) 0.032 D) 0.029 clepndant. Respanse 7) The probability that a house will develop a leak is 4%. If 39 houses are selected, find the probability that none of the houses (zero) will develop a leak. B) 0.001 D) 0.040 A) 0.204 C) 0.000 Calca Stal

Classify the following random variable according to whether it is discrete or continuous. 1) The age of a dog in months A) continuous B) discrete Sto 2) The cost of a randomly selected orange A) Discrete ana B) Continuous » Date 3) The temperature on a summer day. A) Continuous B) Discrete Find the mean of the given probability distribution. 4) A baseball player is asked to swing at pitches in sets of four. The player swings at 100 sets of 4 pitches. The probability distribution for making a particular number of hits is given below. Determine the mean, E(X), for this PDF. Popui grbni Bivari 0. P(x) 0.4096 0.4096 0.15360.0256 | 0.0016 Α) μ-0.80 C)μ = 1.21 B) µ = 2.00 D ) μ -0.70 %3D %3D # of t ter Find the mean of the given probability distribution. mpere Shoe 1# of Chaip 09 5) Using the PDF below find the standard deviation, SD(X), for the random variable x, which represents the number of bicycles per household in a town of 1000 households. x P(x) 0 |0.125 1 0.428 2 0.256 3 0.108 4 0.083 MO guar 12 a) R-valuelc b)- R cocfA A) 1.098 B) 2.153 C) 1.543 D) 1.342 -we can ali Use the binomial formula to find the probability of x successes, where p is the probability of success in one trial. 6) n = 6, x = 3, p = 6. Exam scoc A) 0.015 C) 0.054 B) 0.032 D) 0.029 clepndant. Respanse 7) The probability that a house will develop a leak is 4%. If 39 houses are selected, find the probability that none of the houses (zero) will develop a leak. B) 0.001 D) 0.040 A) 0.204 C) 0.000 Calca Stal

College Algebra
College Algebra
10th Edition
ISBN:9781337282291
Author:Ron Larson
Publisher:Ron Larson
Chapter8: Sequences, Series,and Probability
Section8.7: Probability
Problem 11ECP: A manufacturer has determined that a machine averages one faulty unit for every 500 it produces....
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Classify the following random variable according to whether it is discrete or continuous. 1) The age of a dog in months A) continuous B) discrete Sto 2) The cost of a randomly selected orange A) Discrete ana B) Continuous » Date 3) The temperature on a summer day. A) Continuous B) Discrete Find the mean of the given probability distribution. 4) A baseball player is asked to swing at pitches in sets of four. The player swings at 100 sets of 4 pitches. The probability distribution for making a particular number of hits is given below. Determine the mean, E(X), for this PDF. Popui grbni Bivari 0. P(x) 0.4096 0.4096 0.15360.0256 | 0.0016 Α) μ-0.80 C)μ = 1.21 B) µ = 2.00 D ) μ -0.70 %3D %3D # of t ter Find the mean of the given probability distribution. mpere Shoe 1# of Chaip 09 5) Using the PDF below find the standard deviation, SD(X), for the random variable x, which represents the number of bicycles per household in a town of 1000 households. x P(x) 0 |0.125 1 0.428 2 0.256 3 0.108 4 0.083 MO guar 12 a) R-valuelc b)- R cocfA A) 1.098 B) 2.153 C) 1.543 D) 1.342 -we can ali Use the binomial formula to find the probability of x successes, where p is the probability of success in one trial. 6) n = 6, x = 3, p = 6. Exam scoc A) 0.015 C) 0.054 B) 0.032 D) 0.029 clepndant. Respanse 7) The probability that a house will develop a leak is 4%. If 39 houses are selected, find the probability that none of the houses (zero) will develop a leak. B) 0.001 D) 0.040 A) 0.204 C) 0.000 Calca Stal
Transcribed Image Text:Classify the following random variable according to whether it is discrete or continuous. 1) The age of a dog in months A) continuous B) discrete Sto 2) The cost of a randomly selected orange A) Discrete ana B) Continuous » Date 3) The temperature on a summer day. A) Continuous B) Discrete Find the mean of the given probability distribution. 4) A baseball player is asked to swing at pitches in sets of four. The player swings at 100 sets of 4 pitches. The probability distribution for making a particular number of hits is given below. Determine the mean, E(X), for this PDF. Popui grbni Bivari 0. P(x) 0.4096 0.4096 0.15360.0256 | 0.0016 Α) μ-0.80 C)μ = 1.21 B) µ = 2.00 D ) μ -0.70 %3D %3D # of t ter Find the mean of the given probability distribution. mpere Shoe 1# of Chaip 09 5) Using the PDF below find the standard deviation, SD(X), for the random variable x, which represents the number of bicycles per household in a town of 1000 households. x P(x) 0 |0.125 1 0.428 2 0.256 3 0.108 4 0.083 MO guar 12 a) R-valuelc b)- R cocfA A) 1.098 B) 2.153 C) 1.543 D) 1.342 -we can ali Use the binomial formula to find the probability of x successes, where p is the probability of success in one trial. 6) n = 6, x = 3, p = 6. Exam scoc A) 0.015 C) 0.054 B) 0.032 D) 0.029 clepndant. Respanse 7) The probability that a house will develop a leak is 4%. If 39 houses are selected, find the probability that none of the houses (zero) will develop a leak. B) 0.001 D) 0.040 A) 0.204 C) 0.000 Calca Stal
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