Operations ResearchSolve the following LPP problems using Graphical Method:2.Min Z = 4x1 + 6x2Subject toX1 + X2 >= 86x1+ X2>= 12X1,X2>=0

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Answered: Operations Research Solve the following…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Suppose that for a company manufacturing calculators, the cost, revenue, and profit equations are given by C=70,000+20x, R=200x−x2 /20, P=R−C where the production output in 1 week is x calculators. If production is increasing at a rate of 400 calculators per week when production output is 5,000 calculators. Find the rate of increase (decrease) in cost, revenue, and profit. A) Costs are... at the rate of...$ enter your response here per week at this production level. (Simplify your answer.) B) Revenue is....at the rate of....$ enter your response here per week at this production level. (Simplify your answer.)
Part 1 of 2 Kara's Custom Tees experienced fixed costs of $500 and variable costs of $5 a shirt. Write an equation that can be used to determine the C(x) be the total cost of producing x shirts. Then, calculate the cost of producing 9 shirts. ..... An equation that can be used to determine the total cost of producing x shirts is C(x)=| (1,4) Enter your answer in the answer box and then click Check Answer. View an Example Get More Help - Help Me Solve This DELL
Plz solve only part (a) and (e) within 30-40 mins I'll give you multiple upvote
The chief economist for Argus Corporation, a large appliance manufacturer, estimated the firm’s short-run cost function for vacuum cleaners using an average variable cost function of the form AVC = a + bQ + cQ2 where AVC = dollars per vacuum cleaner and Q = number of vacuum cleaners produced each month. Total fixed cost each month is $180,000. The following results were obtained: DEPENDENT VARIABLE: AVC R-SQUARE F-RATIO P-VALUE ON F OBSERVATIONS: 19 0.7360 39.428 0.0001 VARIABLE PARAMETER ESTIMATE STANDARD ERROR T-RATIO P-VALUE INTERCEPT 191.93 54.65 3.512 0.0029 Q -0.0305 0.00789 23.866 0.0014 Q2 0.0000024 0.00000098 2.449 0.0262 c) If Argus Corporation produces 8,000 vacuum cleaners per month, what is the estimated average variable cost?
Suppose that the profit a company makes from selling x units of a product is given by : P(x)=2x² + 600x - 100 Part A: If the company can produce at most 200 units, how many should the sell in order to maximize the profit? Part B: What is the maximum profit? $ Part C: If the company could only produce a maximum of 80 units, what would the maximum profit be? $
Please answer it clearly
No handwritten responses. I need a step by step break down in laymen terms for this word problem. Suppose that the cost, the revenue, and the profit equations for a company manufacturing flash drives are given by: C=5000+2x R=10x−0.001x2 P=R−C where the production output in one week is x flash drives. If production is increasing at the rate of 500 flash drives per week when production is 6500 flash drives, find the rate of increase of Cost Revenue Profit
Suppose a furniture builder has two models of a bookcase: standard and artisan. The standard model requires 5 hours to assemble and 1 hours for finishing touches. The artisan model requires 2 hours to assemble and 4 hours for finishing touches. Based on their current staffing, they can manage a maximum number of assembly hours available is 50 per day, and the maximum number of finishing hours available is 64 per day. Let x = the number of standard model bookcases produced per day and y = the number of artisan model bookcases produced per day. Write the system of inequalities that represents the maximum number of bookcases that can be produced in one day. 0 Graph the system of inequalities, remember to include x >0 and y > 0 in your graph to get full credit. You will need to include four lines. 25 24 VI
Please solve part 1.
Write a minimization problem with objective function f(x1, x2) = (x1+x2²)2. Find the solution. Draw the graph.

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Operations Research Solve the following LPP problems using Graphical Method: 2. Min Z = 4x1 + 6x2 Subject to X1 + X2 >= 8 6x1+ X2>= 12 X1,X2>=0