12. The marginal cost for a company to produce q items is given by MC(q) = 0.005q ^2-0.7q+625. The company's fixed costs are $8300 The cost at a production level of 10 items is $ 13. The marginal cost for a company to produce q items is given by MC(q) = 0.004q^2-0.6q+615. The company's fixed costs are $8200 The marginal cost of producing 110 items is $ per item 14. The marginal cost for a company to produce q items is given by MC(q) = 0.002q^2-0.9q +625. The company's fixed costs are $8000. The cost to increase production from a production level of 340 items to a production level of 510 items is S

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Use the information in the graph to the right to find the values for the following at an output level of 35. 100 The marginal cost is S (Enter a numenc response using an integer.) MC ATC AVC 54 38 -- 17 35 Post

When Yennefer produces 18 spells her average total cost is $35.69 and her fixed cost is $180. What are her variable costs?

urses H 880 alendar 24 Inbox History ? Help SC K- 7 Q A Refer to the table below, which presents costs associated with a small business selling cookies. Total cost ($) 7 Quantity O cookies 1 cookie 2 cookies 3 cookies 4 cookies 5 cookies :8: 5.3 Calculate the average variable cost of producing 3 cookies. Do not express your answer in units (i.e., if your answer is "$600", type "600"). If necessary, round your answer to one decimal place. 2 W S F2 # 3 80 F3 20 E JAN 5 D $ 4 888 R F F4 % 5 T F5 6 me F6 MacBook Air Y H & N 8⁰ 10.50 13.50 16 18 20 7 F7 U tv NAⓇ * 8 J ► 11 FO ( 9 D 1 K F9 O ) O W F10 L P Aa zoom + { 1 Submit F12 M htm deles

(a) Find the marginal cost function C'(x). C'(x) Use it to estimate how fast the cost is increasing when x = 60,000. | per game system Compare this with the exact cost of producing the 60,001st game system. The cost is increasing at the rate of $ | game system is $| the estimated cost of producing the 60,001st game system found using the marginal cost function. | per game system. The exact cost of producing the 60,001st J. The actual cost of producing the 60,001st game system is --Select-- (b) Find the average cost function C(x) and the average cost to produce the first 60,000 game systems. (Round your answer to the nearest cent.) C(x) C(60,000) - $ (c) Using your answers to parts (a) and (b), determine whether the average cost is rising or falling at a production level of 60,000 game systems.

10 ATC ATC2 ATC3 ATCA 2 6 8 10 Quantity (thousands of copies per day) A copy shop is choosing between four different operational sizes (ie, plant size). The average total cost curve for each option is shown in the graph. What is minimum efficient scale for the copy shop? 2 thousand copies per day The answer depends on the size of the copy shop in the short run. 6 thousand copies per day 4 thousand copies per day 8. 6 2. Average cost (cents per copy)

Output TFC TVC TC MC ATC A 25 25 В 1 25 25 50 25 50 C 2 25 40 65 32.5 3 25 70 95 E 25 110 33.75 F 5 25 160 50 What is the marginal cost of the 4th unit of output? 40 25 50 Cannot be determined.

1,200 B TC 1,000 850 700 TVC A 500 2 3 Number of microwave ovens 6. Refer to the figure above. Based on the information shown, the average fixed costs of producing two units of output are: 500 Cost in dollars

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