A student is maximizing his productivity given by the function P(x, y) = x2ey, where x and y are the number of hours of working on academics and hobbies, respectively. In 24 hours, how many number of hours must the student spend working on hobbies to maximize his productivity? (Use Lagrange multipliers) note: x = number of hours working on academics y = number of hours working on hobbies
A student is maximizing his productivity given by the function P(x, y) = x2ey, where x and y are the number of hours of working on academics and hobbies, respectively. In 24 hours, how many number of hours must the student spend working on hobbies to maximize his productivity? (Use Lagrange multipliers) note: x = number of hours working on academics y = number of hours working on hobbies
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter9: Systems Of Equations And Inequalities
Section9.4: Linear Programming
Problem 1E
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A student is maximizing his productivity given by the function P(x, y) = x2ey, where x and y are the number of hours of working on academics and hobbies, respectively. In 24 hours, how many number of hours must the student spend working on hobbies to maximize his productivity? (Use Lagrange multipliers)
note:
x = number of hours working on academics
y = number of hours working on hobbies
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