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A small firm manufactures necklaces & br...

A small firm manufactures necklaces & bracelets . The combined number of necklaces and bracelets that it can handle per day is at most 24 . A bracelet takes 1 hour to make and a necklace takes half an hour . The maximum number of hours available per day is 16 . If the profit on a bracelet is Rs 300 and the profit on a necklace is Rs 100 , then form LPP to maximize the profit.

A

Maximize `z = 100x+300y` subject to `xge0,yge0,x+2yle32,x+yle24.`

B

Maximize `z = 100x+300y` subject to `xge0,yge0,x+2yle32,x+yge24.`

C

Maximize `z = 100x+300y` subject to `xge0,yge0,x+2yge32,x+yge24.`

D

Maximize `z = 100x+300y` subject to `xge0,yge0,x+2yge32,x+yle24.`

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A
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A small firm manufactures necklaces and bracelets. The total number of necklaces and bracelets that it can handle per day is at most 24. It takes 1 hour to make a bracelet and half an hour to make a necklace. The maximum number of hours available per day is 16. If the profit on a necklace is Rs 100 and that on a bracelet is Rs 300, how many of each should be produced daily to maximize the profit?

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A small firm manufactures items A and B. The total number of items that it can manufacture in a day is at the most 24 Item A takes on hour to make while item B takes only half an hour. The maximum time available per day is 16 hours. If the profit on one unit of item A be 300 and that on one unit of item B be 160, how many of each type of item should be produced to maximize the profit? Solve the problem graphically

TARGET PUBLICATION-LINEAR PROGRAMMING-Critical Thinking
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  2. A factory owner wants to purchase 2types of machines A ,and B for his ...

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  3. A small firm manufactures necklaces & bracelets . The combined number ...

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  4. Food X contains 4 units of vitamin A per gram and 7 units of vitamin B...

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  5. Two different kinds of food A and B are being considered to form a wee...

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  6. The region represented by the inequation system x,yge0,yle5,x+yle4 i...

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  7. The region in the xy plane given by y-xle1,2x-6yle3,xge0,yge0 is

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  8. The region represented by 2x+3y-5ge0 and 4x-3y+2ge0 is

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  9. The contraints -x+yle1,-x+3yle9,xge0,yge0 of LLP correspond to

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  10. The position of points O (0,0) and P (2,-2) in the region of graph of ...

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  11. The vertex of common graph of inequalities 2x+yge2 and x-yle3 , is

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  12. The constraints of an LPP are x+yle6,3x+2yge6,xge0 and yge0 Determine ...

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  13. The constraints of an LPP a 5lexle10,5leyle10 Determine the vertices o...

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  14. Which of the following is not a vertex of the feasible region bounded ...

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  15. Maximum value of p=6x+8y subject to 2x+y le 30, x + 2y le 24, x ge ...

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  16. Maximum value of 12x+ 3y subjected to the constraints xge0,yge0,x+yle5...

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  17. Maximise Z=5x+3y Subject to 3x+5yle15, 5x+2yle10,xge0,yge0.

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  18. For the function z = 4x+ 9y to be maximum under the constraints x+5yl...

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  19. The corner points of the feasible region determined by the system of l...

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  20. A manufacturer produces two types of soaps using two machines A and B ...

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