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1. we are making 3 products (X1, X2, and X3). The products require assembly, machine process 1, machine process 2, and painting. The following LP was developed for the problem. Max Z= 15X, + 5X2 + 25X, Profit $ ST 1.5X, + X2 + 2Xg <= 450 Assembly time X + 4X, 325 Machine process 1 (hours) 2.2X, + X2 < 325 Machine process 2 (hours) X + .8X, + 2X, <= 275 Painting Time All X,>0

1. we are making 3 products (X1, X2, and X3). The products require assembly, machine process 1, machine process 2, and painting. The following LP was developed for the problem. Max Z= 15X, + 5X2 + 25X, Profit $ ST 1.5X, + X2 + 2Xg <= 450 Assembly time X + 4X, 325 Machine process 1 (hours) 2.2X, + X2 < 325 Machine process 2 (hours) X + .8X, + 2X, <= 275 Painting Time All X,>0

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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1. we are making 3 products (X1, X2, and X3). The products require assembly, machine process 1, machine process 2, and painting. The following LP was developed for the problem. Max Z= 15X, + 5X2 + 25X, Profit $ ST 1.5X, + X2 + 2Xg <= 450 Assembly time X + 4X, 325 Machine process 1 (hours) 2.2X, + X2 < 325 Machine process 2 (hours) X + .8X, + 2X, <= 275 Painting Time All X,>0
Transcribed Image Text:1. we are making 3 products (X1, X2, and X3). The products require assembly, machine process 1, machine process 2, and painting. The following LP was developed for the problem. Max Z= 15X, + 5X2 + 25X, Profit $ ST 1.5X, + X2 + 2Xg <= 450 Assembly time X + 4X, 325 Machine process 1 (hours) 2.2X, + X2 < 325 Machine process 2 (hours) X + .8X, + 2X, <= 275 Painting Time All X,>0
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