We can use the random number table to simulate outcomes from a given discrete probability distribution. Jose plays basketball and has probability 0.7 of making a free-throw shot. Let x be the random variable that counts the number of successful shots out of 10 attempts. Consider the digits 0 through 9 of the random number table. Since Jose has a 70% chance of making a shot, assign the digits 0 through 6 to "making a basket from the free throw line" and the digits 7 through 9 to "missing the shot." (a) Do 70% of the possible digits 0 through 9 represent "making a basket"? No. Seven of the 10 digits represent "making a basket." No. Three of the 10 digits represent "making a basket." Yes. Seven of the 10 digits represent "making a basket." Yes. Three of the 10 digits represent "making a basket." (b) Start at line 2, column 1 of the random number table. Going across the row, determine the results of 10 "trials." How many free-throw shots are successful in this simulation? (c) Your friend decides to assign the digits 0 through 2 to "missing the shot" and the digits 3 through 9 to "making the basket." Is this assignment valid? Explain. Yes. Seven of the 10 digits represent "making a basket." No. Three of the 10 digits represent "making a basket." No. Seven of the 10 digits represent "making a basket." Yes. Three of the 10 digits represent "making a basket."

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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We can use the random number table to simulate outcomes from a given discrete probability distribution. Jose plays basketball and has probability 0.7 of making a free-throw shot. Let x be the random variable that counts the number of successful shots out of 10 attempts. Consider the digits 0 through 9 of the random number table. Since Jose has a 70% chance of making a shot, assign the digits 0 through 6 to "making a basket from the free throw line" and the digits 7 through 9 to "missing the shot." (a) Do 70% of the possible digits 0 through 9 represent "making a basket"? No. Seven of the 10 digits represent "making a basket." No. Three of the 10 digits represent "making a basket." Yes. Seven of the 10 digits represent "making a basket." Yes. Three of the 10 digits represent "making a basket." (b) Start at line 2, column 1 of the random number table. Going across the row, determine the results of 10 "trials." How many free-throw shots are successful in this simulation? (c) Your friend decides to assign the digits 0 through 2 to "missing the shot" and the digits 3 through 9 to "making the basket." Is this assignment valid? Explain. Yes. Seven of the 10 digits represent "making a basket." No. Three of the 10 digits represent "making a basket." No. Seven of the 10 digits represent "making a basket." Yes. Three of the 10 digits represent "making a basket."

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