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Aluminum Ceramic Too Cold Aluminum 1 Ceramic 5 OK Calculate the marginal frequencies and marginal distributions for the table (you may write them along the margins of the the above table) 3 Too Cold 6 If there was NO association between material and temperature, what would the distribution look like? Too Hot! OK 2 Too Hot!

Aluminum Ceramic Too Cold Aluminum 1 Ceramic 5 OK Calculate the marginal frequencies and marginal distributions for the table (you may write them along the margins of the the above table) 3 Too Cold 6 If there was NO association between material and temperature, what would the distribution look like? Too Hot! OK 2 Too Hot!

MATLAB: An Introduction with Applications
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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I need help with these problems.Thanks!! ( these questions are for extra help to understand the concept)

2. The table below shows the coffee mug collection test sorted by mug material and whet the coffee was an acceptable drinking temperature after a set amount of time: Aluminum Ceramic Too Cold Aluminum 1 Ceramic 5 OK Calculate the marginal frequencies and marginal distributions for the table (you may write them along the margins of the the above table) 3 Too Cold 6 Too Hot! If there was NO association between material and temperature, what would the distribution look like? OK 2 1 || Too Hot! | |
Transcribed Image Text:2. The table below shows the coffee mug collection test sorted by mug material and whet the coffee was an acceptable drinking temperature after a set amount of time: Aluminum Ceramic Too Cold Aluminum 1 Ceramic 5 OK Calculate the marginal frequencies and marginal distributions for the table (you may write them along the margins of the the above table) 3 Too Cold 6 Too Hot! If there was NO association between material and temperature, what would the distribution look like? OK 2 1 || Too Hot! | |
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