he room temperature x in Fahrenheit (F) is converted to y in Celsius (C) through the function y = f(x) = 5(x-32)/9. Let a fuzzy set B1 (in Fahrenheit) be defined by B1 = 0.15/76 + 0.42/78 + 0.78/80 + 1.0/82 + 1.0/84 What is the induced fuzzy set of B1 in terms of the extension principle? B2 =
he room temperature x in Fahrenheit (F) is converted to y in Celsius (C) through the function y = f(x) = 5(x-32)/9. Let a fuzzy set B1 (in Fahrenheit) be defined by B1 = 0.15/76 + 0.42/78 + 0.78/80 + 1.0/82 + 1.0/84 What is the induced fuzzy set of B1 in terms of the extension principle? B2 =
Operations Research : Applications and Algorithms
4th Edition
ISBN:9780534380588
Author:Wayne L. Winston
Publisher:Wayne L. Winston
Chapter12: Review Of Calculus And Probability
Section12.5: Random Variables, Mean, Variance, And Covariance
Problem 5P
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Question
The room temperature x in Fahrenheit (F) is converted to
y in Celsius (C) through the function y = f(x) = 5(x-32)/9.
Let a fuzzy set B1
(in Fahrenheit) be defined by
B1 = 0.15/76 + 0.42/78 + 0.78/80 + 1.0/82 + 1.0/84
What is the induced fuzzy set of B1
in terms of the
extension principle? B2 = ?
![.
The room temperature x in Fahrenheit (°F) is converted to
y in Celsius (°C) through the function y = f(x) = 5(x-32)/9.
Let a fuzzy set B₁ (in Fahrenheit) be defined by
B₁ = 0.15/76 + 0.42/78 + 0.78/80+ 1.0/82 +1.0/84
What is the induced fuzzy set of B, in terms of the
extension principle? B₂ = ?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3744ab93-b560-4861-938c-ce08c65ed897%2Feaa2015a-253f-4e26-8ea9-850928c93ebc%2Fud55u_processed.jpeg&w=3840&q=75)
Transcribed Image Text:.
The room temperature x in Fahrenheit (°F) is converted to
y in Celsius (°C) through the function y = f(x) = 5(x-32)/9.
Let a fuzzy set B₁ (in Fahrenheit) be defined by
B₁ = 0.15/76 + 0.42/78 + 0.78/80+ 1.0/82 +1.0/84
What is the induced fuzzy set of B, in terms of the
extension principle? B₂ = ?
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