5. Every Who down in Whoville knows that the proportion of Whos who favor banning red-marble trading on Tuesdays is known to be p = 0.43. (a) If a simple random sample of 400 Whos is surveyed, what is the probability that between 40% and 45% of the sample Whos favor banning red-marble trading on Tuesdays? (b) If a simple random sample of 400 Whos is surveyed, what is the probability that more than half of them favor banning red-marble trading on Tuesdays? (c) As it turns out, the Whoville Census Bureau did survey a simple random sample of 400 Whos, and 203 of them favored banning red-marble trading on Tuesdays. What, if any conclusion might you draw from this?
5. Every Who down in Whoville knows that the proportion of Whos who favor banning red-marble trading on Tuesdays is known to be p = 0.43. (a) If a simple random sample of 400 Whos is surveyed, what is the probability that between 40% and 45% of the sample Whos favor banning red-marble trading on Tuesdays? (b) If a simple random sample of 400 Whos is surveyed, what is the probability that more than half of them favor banning red-marble trading on Tuesdays? (c) As it turns out, the Whoville Census Bureau did survey a simple random sample of 400 Whos, and 203 of them favored banning red-marble trading on Tuesdays. What, if any conclusion might you draw from this?
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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