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https://www.letsanswers.com/a-chainsaw-requires-5-hours-of-assembly-and-a-wood-chipper-7-hours-a-maximum-of-105-hours-of-assembly/
A chainsaw requires 5 hours of assembly and a wood chipper 7 hours. A maximum of 105 hours of assembly time is available. The profit is $180 on a chainsaw and $250 on a chipper. How many of each should be assembled for maximum profit?
https://www.chegg.com/homework-help/questions-and-answers/chain-saw-requires-3-hours-assembly-wood-chipper-6-hours-maximum-54-hours-assembly-time-av-q89095233
A chain saw requires 3 hours of assembly and a wood chipper 6 hours. A maximum of 54 hours of assembly time is available. The profit is $170 on a chain saw and $240 on a chipper. How many of each should be assembled for maximum profit? To attain the …
https://www.bartleby.com/questions-and-answers/a-chain-saw-requires-4-hours-of-assembly-and-a-wood-chipper-7-hours.-a-maximum-of-84-hours-of-assemb/aeb9f70d-d582-4d24-910c-d601974da28c
A chain saw requires 4 hours of assembly and a wood chipper 7 hours. A maximum of 84 hours of assembly time is available. The profit is $170 on a chain saw and $250 on a chipper. How many of each should be assembled for maximum profit?
https://www.chegg.com/homework-help/questions-and-answers/question-1-factory-manufactures-two-types-gadgets-regular-premium-gadget-requires-two-stag-q82337275
A factory manufactures two types of gadgets: regular and premium. Each gadget requires two stages, assembly, and finishing, and there are at most 24 hours available for each operation (that is, 24 hours for assembly, and 24 hours for finishing). A regular gadget requires 1 hour of assembly and 3 …
https://www.numerade.com/ask/question/the-shredder-inc-produces-two-types-of-paper-shredders-home-and-office-the-office-model-requires-5-hours-to-assembly-and-3-finishing-work-units-for-finishing-work-the-home-model-requires-3-h-86405/
The office model requires 5 hours to assembly and 3 finishing work units for finishing work, the home model requires 3 hours to assemble and 3 finishing work units for finishing. The maximum number of assembly hours available is 75 per day, and the maximum number of finishing hours available is …
https://study.com/academy/answer/a-small-company-manufactures-three-different-electronic-components-for-computers-component-a-requires-2-hours-of-fabrication-and-1-hour-of-assembly-component-b-requires-3-hours-of-fabrication-and-1.html
A small company manufactures three different electronic components for computers. Component A requires 2 hours of fabrication and 1 hour of assembly; component B requires 3 hours of fabrication ...
https://www.algebra.com/algebra/homework/Finance/Finance.faq.question.1066772.html
Click here to see ALL problems on Finance. Question 1066772: A chain saw requires 4 hours of assembly and a wood chipper 6 hours. A maximum of 48 hours of assembly time is available. The profit is $160 on a chain saw an $230 on a chipper.
http://site.iugaza.edu.ps/ssafi/files/2014/03/Chapter-81.pdf
table requires 12 hours of assembly, 20 hours of finishing, and 2 hours of inspection. Each chair requires 4 hours of assembly, 16 hours of finishing, and 3 hours of inspection. The profit per table is $150 while the profit per chair is $100. Currently, each week there are 300 hours of assembly time available, 220 hours of finishing
https://www.deanza.edu/faculty/bloomroberta/math11/afm3wordfiles/Chapter3HW-AFM3C-Fix20180806.docx
On the assembly line the Basic phone requires 7 hours, while the Pro model takes 11 hours. The Basic phone requires one hour and the Pro phone needs 3 hours for finishing, which includes loading software. Both phones require one hour for testing. On a particular production run the company has available 1,540 work hours on the assembly line, 360 work hours for finishing, and 200 work hours …
https://www.shaalaa.com/question-bank-solutions/a-manufacturing-firm-produces-two-types-of-gadgets-a-and-b-which-are-first-processed-in-the-foundry-and-then-sent-to-machine-shop-for-finishing-the-number-of-man-hours-of-labour-required-in-each-sh-linear-programming-problem-lpp_156710
1 unit of A requires 10 hours in the foundry and 1 unit of B requires 6 hours. ∴ x units of A requires 10x hours and y units of B requires 6y hours in the foundry. But the maximum time available in the foundry is 60 hours. ∴ The 1 st constraint is 10x + 6y ≤ 60.
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