Question: operations research (note: 320 same as I = - for some 8 20). 5. Volumetric Living: Given that a 20' x 20' x 10 (

operations research
operations research (note: 320 same as I = - for
(note: 320 same as I = - for some 8 20). 5. Volumetric Living: Given that a 20' x 20' x 10 ( volume of 4000 ft) room is preferable to a 20' x 20' 8' room (volume of 3200 A"), the quality of life in a home can be considered a function of volume. This leads to the following problem: $b ft for siding Sc ft for roofing So it for floorspace x x h> 20 in+%*$50 At least 2,000 ft of floor space Minimize total cost For h 20, 0 = 7C = 20 = 7 show that minimizing total cxmt leads to the non-common problem min 7 ( 10x + 40) (10973 +14) + S10 1000 Solveing the RKT conditions (note: 320 same as I = - for some 8 20). 5. Volumetric Living: Given that a 20' x 20' x 10 ( volume of 4000 ft) room is preferable to a 20' x 20' 8' room (volume of 3200 A"), the quality of life in a home can be considered a function of volume. This leads to the following problem: $b ft for siding Sc ft for roofing So it for floorspace x x h> 20 in+%*$50 At least 2,000 ft of floor space Minimize total cost For h 20, 0 = 7C = 20 = 7 show that minimizing total cxmt leads to the non-common problem min 7 ( 10x + 40) (10973 +14) + S10 1000 Solveing the RKT conditions

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