From the following graph, estimate the net profit at when the number of covers sold is 8,000:15131Sales and costs (£0000's)657 Net loss3112Break-evenpointNet profitMargin of safety4 6 8Number of covers (£000's)01-£80,000O 2. Cannot determineO 3-£40,00004. £60,00010SalesTotal costsVariable costsFixed costs12

The given graph is:The objective is to find the net profit when the number of covers sold is.

Answered: From the following graph, estimate the…

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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A firm faces the following total revenue and total cost functions: TR = 150 - 0.20² and TC = 60 + 0.1Q + 0.05Q². Determine the profit maximising level of output. 39.8 19.8 20.8 29.8
34. Due to the rising demand for face masks, a manufacturer decides to target a daily profit of PhP 1,000,000.00. If P(x) = 2r+ x- 10 represents average total daily cost at x assumed at PhP 500.00, what is the difference between the daily target profit and average total daily cost? B. PhP 420, 510.00 C. PhP 499,510.00 A. PhP 399, 520.00 105.00 D. PhP 599,
Consider The series nel Tn tan(n?) a) Can we apply Bhe Alternating Sertes Test on the giren serres? explan. b) Decrde whether he gren serres converges conditibnally, co (Hat:-Use a compunts on tesb:) , converges es absolotely, or diverges.
Suppose Becky gets a sales bonus at her place of work that gives her an extra $400 of disposable income. She chooses to spend $300 and save the remaining $100. From this, you can tell that Becky's marginal propensity to consume (MPC) is0.75 , and her marginal propensity to save (MPS) is0.25 . Mathematically, it must always be true that: Saving = a. Disposable income+Comsumption b. Comsumption-Disposable income c. Disposable income-Consumption Therefore, it must also be true that: MPS = a. 1-MPC b. 1+MPC c. MPC
Let’s assume that in Kansas, a family farmer sells wheat in a perfectly competitive market. After increasing the production of wheat from 220 bushels to 240 bushels, the total revenue of the farmer increases from $6,600 to $6,700. What was the marginal revenue of this increase in production in dollar?
It costs a coat manufacturer $8750 to make 125 coats and it costs $6500 to make 80 coats. Each coat is sold for $300. a. How much is the marginal cost? Round to two decimal places if rounding is necessary. b. What is the slope of the Profit function, P(x)? Round to two decimal places if rounding is necessary. c. How many coats must be sold in order to break even? Round to the nearest whole number if rounding is necessary.
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Step 1 The average cost function is given as A(q) = 125/q+ q2/16 -4, where q is the firm's output. 1. What part of the decreasing range is practically feasible? 2. Write an equation for the total cost function. 3. Hence calculate the level of output for which total costs are minimum.
3. (5.7.12) On June 2, 2010 USA Today reported a story from Bloomberg News that said that the total price tag for the project to build the new F-35 Joint Strike Fighter would be 65% higher than the original $232 billion estimate. The cost now is estimated to be $382 billion. The total cost of each plane would be $112.4 million, up 81% from the original $62 million. The cost to produce each plane would be $92.4 million, about 85% higher than the original estimate of $50 million. a. Check the arithmetic to see that the three percentage increases reported are correct. b. Can you explain how the project cost can have increased by just 65% when the overall total per plane increased by 81% and the construction cost alone increased by almost 85%?
The answer for step 4, the calculation of Marginal cost, revenue, and profit when 50 units are sold was cut off. Would you please resubmit the answer, I hope I don't get charged for this question.

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