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2) A typical large dog runs 40 mph =58.667 feet/sec(mean speed) with a standard deviation of 2 Teet per second. My reaction time is 0.7 second, with a standard deviation of 0.1 second. (Tchebychev problem) My dog is sitting at my feet with a 70 foot lead on and we see a squirrel at the same time. a. He ran the full length of the lead before I could step on it. What is the maximum probability that my reaction time was > 1 second 6.67 Hhec 24t/cec .14. Given my reaction time was 1 second, what is the probability of having a large dog move b. that fast.

2) A typical large dog runs 40 mph =58.667 feet/sec(mean speed) with a standard deviation of 2 Teet per second. My reaction time is 0.7 second, with a standard deviation of 0.1 second. (Tchebychev problem) My dog is sitting at my feet with a 70 foot lead on and we see a squirrel at the same time. a. He ran the full length of the lead before I could step on it. What is the maximum probability that my reaction time was > 1 second 6.67 Hhec 24t/cec .14. Given my reaction time was 1 second, what is the probability of having a large dog move b. that fast.

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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2) A typical large dog runs 40 mph =58.667 feet/sec(mean speed) with a standard deviation of 2 Teet per second. My reaction time is 0.7 second, with a standard deviation of 0.1 second. (Tchebychev problem) My dog is sitting at my feet with a 70 foot lead on and we see a squirrel at the same time. a. He ran the full length of the lead before I could step on it. What is the maximum probability that my reaction time was > 1 second 6.67 Hhec 24t/cec .14. Given my reaction time was 1 second, what is the probability of having a large dog move b. that fast.
Transcribed Image Text:2) A typical large dog runs 40 mph =58.667 feet/sec(mean speed) with a standard deviation of 2 Teet per second. My reaction time is 0.7 second, with a standard deviation of 0.1 second. (Tchebychev problem) My dog is sitting at my feet with a 70 foot lead on and we see a squirrel at the same time. a. He ran the full length of the lead before I could step on it. What is the maximum probability that my reaction time was > 1 second 6.67 Hhec 24t/cec .14. Given my reaction time was 1 second, what is the probability of having a large dog move b. that fast.
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