1.) A bakery produces two breads Q and W on three machines A, B and C. Bread Q requires 1 hrs on machine A, 1 hr on machine B and C and yields a revenue of $3. Bread W requires 2 hrs on machine A and 1 hr on machine B and C and yields revenue of $5. In the coming period the available time of three machines A, B and C are 2000 hrs, 1500 hrs and 600 hrs respectively. Find the optimal product mix using Graphical Method.

1.) A bakery produces two breads Q and W on three machines A, B and C. Bread Q requires 1 hrs on machine A, 1 hr on machine B and C and yields a revenue of $3. Bread W requires 2 hrs on machine A and 1 hr on machine B and C and yields revenue of $5. In the coming period the available time of three machines A, B and C are 2000 hrs, 1500 hrs and 600 hrs respectively. Find the optimal product mix using Graphical Method.

Name: 1.) A bakery produces two breads Q and W on three machines A, B and C
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Description: 1.) A bakery produces two breads Q and W on three machines A, B and C. Bread Qrequires 1 hrs on machine A, 1 hr on machine B and C and yields a revenue of $3.Bread W requires 2 hrs on machine A and 1 hr on machine B and C and yieldsrevenue of $5. In

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.) A bakery produces two breads Q and W on three machines A, B and C. Bread Q
requires 1 hrs on machine A, 1 hr on machine B and C and yields a revenue of $3.
Bread W requires 2 hrs on machine A and 1 hr on machine B and C and yields
revenue of $5. In the coming period the available time of three machines A, B and C
are 2000 hrs, 1500 hrs and 600 hrs respectively. Find the optimal product mix using
Graphical Method.

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