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A manufacturer considers that men and wo...

A manufacturer considers that men and women are equally efficient and so he pays them at the same rate. He has 30 and 27 units of workers ( male and female) and capital respectively, which he uses to produce two types of goods A and B. To produce one unit of A 2 workers and 3 units of capital are required while 3 workers and 1 unit of capital are required to produce one unit of B. If A and B are priced at Rs 100 and Rs 120 per unit respectively, how should he use his resources to maximise the total revenue? From the above as as LPP and solve graphically. Do you agree with this view of the manufacturer that men and women are equally efficient and so should be paid at the same rate?

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MODERN PUBLICATION-LINEAR PROGRAMMING-EXERCISE
  1. A manufacturer considers that men and women are equally efficient and ...

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  2. Draw the graph of the following LPP: 3x+yle17, xge0,yge0.

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  3. Find the solution set of the system of linear contraints : x+yle6, xge...

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  4. Solve the following systems of linear inequalities graphically 3x+4yle...

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  5. Draw the diagrams of the solutions sets of the following linear constr...

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  6. Draw the diagram of the solution sets of the following linear constrai...

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  7. Verity that the solution set of the following constraints is empty : ...

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  8. Verify that the solution set of the following linear constraints : x-2...

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  9. A dietician wishes to mix two types of foods in such a way that vitami...

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  10. Find the first and common difference of AP whose third term is 26 and ...

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  11. A furniture firm manufactues chairs and tables, each requairing the us...

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  12. Maximize Z=x+2y subject to : x+yge5, xge0,yge0

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  13. Maximize Z=2x+3y subject to : x+2yle6, xge4, yge0

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  14. Maximize Z=4x+y subject to : x+yle50, x,yge0

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  15. Maximize Z=x+2y subject to : x+yge5, xge0,yge0

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  16. Solve the following linear programming problems graphically Minimise...

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  17. Solve the following LPP graphically : Maximize Z=10x+7y subject to 3x+...

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  18. Solve the following LPP graphically : Maximize Z=4x+y subject to x+yle...

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  19. Solve the following LPP graphically : Maximize Z=3x+2y subject to x+2y...

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  20. Solve the following LPP graphically : Maximize Z=13x+3y subject to x+y...

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  21. Solve the following LPP graphically : Maximize Z=3x+5y subject to x+yl...

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