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If X is a binomial random variable, use the Binomial cumulative distribution table (or the cumulative distribution function) to find each of the following: (Enter all answers with 3 decimal places.) (a) X~ Bin(6,0.2). Find P[X ≤ 5] = 0.998 (b) X Bin(5, 0.1). Find P[X > 1] = Bin(6,0.9). Find P[X <3] = (d) X~ Bin(14, 0.6). Find P[X ≥ 8] = (c) X ~

If X is a binomial random variable, use the Binomial cumulative distribution table (or the cumulative distribution function) to find each of the following: (Enter all answers with 3 decimal places.) (a) X~ Bin(6,0.2). Find P[X ≤ 5] = 0.998 (b) X Bin(5, 0.1). Find P[X > 1] = Bin(6,0.9). Find P[X <3] = (d) X~ Bin(14, 0.6). Find P[X ≥ 8] = (c) X ~

A First Course in Probability (10th Edition)
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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If X is a binomial random variable, use the Binomial cumulative distribution table (or the cumulative distribution function) to find each of the following: (Enter all answers with 3 decimal places.) (a) X~ Bin(6,0.2). Find P[X ≤5] = 0.998 (b) X Bin(5, 0.1). Find P[X > 1] = ~ (c) X~ Bin(6,0.9). Find P[X <3] = (d) X Bin(14,0.6). Find P[X ≥ 8] = ~ 10
Transcribed Image Text:If X is a binomial random variable, use the Binomial cumulative distribution table (or the cumulative distribution function) to find each of the following: (Enter all answers with 3 decimal places.) (a) X~ Bin(6,0.2). Find P[X ≤5] = 0.998 (b) X Bin(5, 0.1). Find P[X > 1] = ~ (c) X~ Bin(6,0.9). Find P[X <3] = (d) X Bin(14,0.6). Find P[X ≥ 8] = ~ 10
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