Define a function to achieve below targets. 1. Tom is a football player. He practise free-shot 100 times every day. His free-shot percentage [%] is 70%, denoting the number of goals at day i as xi. After 365 days, plot the empirical distribution of xi. 2. Increase the training days from 365 to 10000. Plot the empirical distribution F" again. Let HO: p 85 and 11: 85. Show your judgments.
Define a function to achieve below targets. 1. Tom is a football player. He practise free-shot 100 times every day. His free-shot percentage [%] is 70%, denoting the number of goals at day i as xi. After 365 days, plot the empirical distribution of xi. 2. Increase the training days from 365 to 10000. Plot the empirical distribution F" again. Let HO: p 85 and 11: 85. Show your judgments.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
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![Define a function to achieve below targets.
1. Tom is a football player. He practise free-shot 100 times every day. His free-shot percentage [%]
is 70%, denoting the number of goals at day i as xi. After 365 days, plot the empirical distribution
of xi.
2. Increase the training days from 365 to 10000. Plot the empirical distribution F" again. Let H0: p
< 85 and H1: > 85. Show your judgments.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F666c4ad9-3fde-4e16-8acc-72567ebefa88%2F68b7e8a8-9ff5-4a1e-b97d-120a0d05bd42%2Fsgeaold_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Define a function to achieve below targets.
1. Tom is a football player. He practise free-shot 100 times every day. His free-shot percentage [%]
is 70%, denoting the number of goals at day i as xi. After 365 days, plot the empirical distribution
of xi.
2. Increase the training days from 365 to 10000. Plot the empirical distribution F" again. Let H0: p
< 85 and H1: > 85. Show your judgments.
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