EXERCISE 3.6 Winter lasts from December 21 through March 21. The average win- er temperature in Boston is Normally distributed with mean 32.5° F and stan- dard deviation = 1.59° F. In New York City, the average winter temperature is Normally distributed with mean μ = 35.4 °F and standard deviation σ = 2.05 F (a) What is the probability that the average winter temperature in Boston this com- ing winter will be above freezing (32 ° F)? (b) Assume that average winter temperatures in Boston and New York are inde- pendent. What is the probability that the average temperature in Boston in the coming winter will be higher than in New York? (c) Do you think the independence assumption above is reasonable?
EXERCISE 3.6 Winter lasts from December 21 through March 21. The average win- er temperature in Boston is Normally distributed with mean 32.5° F and stan- dard deviation = 1.59° F. In New York City, the average winter temperature is Normally distributed with mean μ = 35.4 °F and standard deviation σ = 2.05 F (a) What is the probability that the average winter temperature in Boston this com- ing winter will be above freezing (32 ° F)? (b) Assume that average winter temperatures in Boston and New York are inde- pendent. What is the probability that the average temperature in Boston in the coming winter will be higher than in New York? (c) Do you think the independence assumption above is reasonable?
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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