A business student has just completed a course, which had a midterm exam, a final exam, individual assignments, and a class participation grade. She earned a 96% on the midterm, 86% on the final, 94% on the individual assignments, and 85% on participation. The instructor is allowing students to determine their own weights for each of the four grade components, with the accompanying restrictions. Complete parts a and b. O Click the icon to view the list of restrictions. Ps 0.15 M- 2 A20 F- 3 A20 M 2 0.25 F 2 0.25 A 2 0.1 P 2 0.1 M+F+A+P = 1.0 M,FAP 2 0 b. Implement your model on a spreadsheet and find an optimal solution using Solver. M=
A business student has just completed a course, which had a midterm exam, a final exam, individual assignments, and a class participation grade. She earned a 96% on the midterm, 86% on the final, 94% on the individual assignments, and 85% on participation. The instructor is allowing students to determine their own weights for each of the four grade components, with the accompanying restrictions. Complete parts a and b. O Click the icon to view the list of restrictions. Ps 0.15 M- 2 A20 F- 3 A20 M 2 0.25 F 2 0.25 A 2 0.1 P 2 0.1 M+F+A+P = 1.0 M,FAP 2 0 b. Implement your model on a spreadsheet and find an optimal solution using Solver. M=
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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Transcribed Image Text:A business student has just completed a course, which had a midterm exam, a final exam, individual assignments, and a class
participation grade. She earned a 96% on the midterm, 86% on the final, 94% on the individual assignments, and 85% on
participation. The instructor is allowing students to determine their own weights for each of the four grade components, with the
accompanying restrictions. Complete parts a and b.
Click the icon to view the list of restrictions.
P S 0.15
M- 2 A20
F- 3 A20
M 2 0.25
F 2 0.25
A 2 0.1
P 2 0.1
M+F+A+P
= 1.0
M,F,A,P 2 0
b. Implement your model on a spreadsheet and find an optimal solution using Solver.
M=
F=
A =
P=
Weighted Score =
(Type integers or decimals rounded to three decimal places as needed.)
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