A contractor builds storage sheds in two high end models, the Chelan and the Orondo. Each Chelan model requires: 2000 ft of framing lumber 6000 cubic feet of concrete $4000 for advertising Each Orondo model requires: 4000 ft of framing lumber 6000 cubic feet of concrete $6000 for advertising ● . ● . . . Contracts call for using at least 16000 ft of framing lumber, 36,000 cubic feet of concrete, and $30,000 worth of advertising. If construction cost for each Chelan shed is $40,000, and the construction cost for each Orondo shed is $30,000, how many of each model should be built to minimize construction costs?

A contractor builds storage sheds in two high end models, the Chelan and the Orondo. Each Chelan model requires: 2000 ft of framing lumber 6000 cubic feet of concrete $4000 for advertising Each Orondo model requires: 4000 ft of framing lumber 6000 cubic feet of concrete $6000 for advertising ● . ● . . . Contracts call for using at least 16000 ft of framing lumber, 36,000 cubic feet of concrete, and $30,000 worth of advertising. If construction cost for each Chelan shed is $40,000, and the construction cost for each Orondo shed is $30,000, how many of each model should be built to minimize construction costs?

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

See similar textbooks

Similar questions

Determine whether the points are in the feasible region for the system of inequalities stated below. 6x -3y > - 1 9x +4y > - 5 (a) Is (1,3) in the feasible set? Yes No 57 (b) Is 2 2 in the feasible set? O Yes No
please show steps
the picture gives the equation, please answer the following two questions i typed below in a digital response as it is hard to read some of the handwriting, thank you in advance d) Is there another pivot element? If so, continue until there are no more pivot elements. e) State the solution to the linear programming problem in sentence form
Find the first 5 terms of the solution: (x+2)y' - 3y = 1+x+x² ; Xo=0
Graph the feasible region and find the corner points of the following system. Please show steps, Thanks. 2x + 5y < 20 7x + 3y < 21 x >0, y> 0
I just got done doing some practice questions and i needed help finsihing the rest of them
Linear Programming. How would you write the constraint for requiring 10% more newspaper ads than TV ads? N >=1 N + T >=1 N – 0.1T >=0 N – 1.1T >=0 None of the above
Please see the images for the question & solution. Required: Please show the algebra/working for the following points: #1. A = 4, B = 6 #2. A = 7 , B = 3