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Mr. Sergio Marquina also known as El Professor wants to see how strong the response of government between the time arrival of police and his expected time. Mr. Sergio Marquina also known as El Professor wants to see how strong the response of government between the time arrival of police and his expected time. Expected time (seconds) Station Time Arrival XY (seconds) 56 55 46 55 3. 67 57 4. 57 60 65 58 46 55 7. 68 64 2. 5.

Mr. Sergio Marquina also known as El Professor wants to see how strong the response of government between the time arrival of police and his expected time. Mr. Sergio Marquina also known as El Professor wants to see how strong the response of government between the time arrival of police and his expected time. Expected time (seconds) Station Time Arrival XY (seconds) 56 55 46 55 3. 67 57 4. 57 60 65 58 46 55 7. 68 64 2. 5.

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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Mr. Sergio Marquina also known as El Professor wants to see how strong the response of government between the time arrival of police and his expected time. Mr. Sergio Marquina also known as El Professor wants to see how strong the response of government between the time arrival of police and his expected time. Station Time Arrival Expected time XY (seconds) (seconds) 56 55 46 55 67 57 57 60 65 58 46 55 7. 68 64 1. 2. 3. 4. 5.
Transcribed Image Text:Mr. Sergio Marquina also known as El Professor wants to see how strong the response of government between the time arrival of police and his expected time. Mr. Sergio Marquina also known as El Professor wants to see how strong the response of government between the time arrival of police and his expected time. Station Time Arrival Expected time XY (seconds) (seconds) 56 55 46 55 67 57 57 60 65 58 46 55 7. 68 64 1. 2. 3. 4. 5.
What is the total of x^2? * Your answer What is the interpretation of pearson product of the situation? * O Perfect positive correlation O Very High Positive correlation O High Positive correlation O Moderately positve correlation Low Positive correlation Very Low Positive correlation O No correlation
Transcribed Image Text:What is the total of x^2? * Your answer What is the interpretation of pearson product of the situation? * O Perfect positive correlation O Very High Positive correlation O High Positive correlation O Moderately positve correlation Low Positive correlation Very Low Positive correlation O No correlation
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