TC = FC + VC
ATC = TC / Q
AVC = VC / Q
AFC = FC / Q
MC = change in TC / Change in Q
MC value at Q = 4 cannot be determined as for determining that we need total cost at Q =3 and that is not given
| Q | TC | FC | VC | ATC | AFC | AVC | MC |
| 4 | =50*4=200 | 40 | =200-40=160 | 50 | =40/4=10 | =160/4=40 | - |
| 5 | =200+12=212 | 40 | =212-40=172 | =212/5=42.40 | =40/5=8 | =172/5=34.40 | 12 |
20.
TC = 200
Last option is correct answer
21.
VC = 160
Fourth option is correct answer
22.
VC = 172
Second option is correct answer
23.
FC = 40
AFC = 40 / 10 = 4
First option is correct answer
I FC ve ATC AFC Ave 20. According to the table above, total cost output of...
Question 22 3 pts 22. According to the information from question 20, variable cost at an output of 5 equals: $172 $62 $212 $60 $34.40 Question 23 3 pts 23. According to the information from question 20, average fixed cost at an output of 10 equals: $40 $212 $5 $4 $22 Question 20 IQ ITC FC 3 pts vc ATC AFC AVC $40 $50 MC 20. According to the table above, total cost at an output of 4 equals: $12...
Find FC, VC, TC, AFC, AVC, ATC, and MC from the following table. Capital costs $50 per unit, and two units of capital are used in the short run. Labor costs $20 per unit. 7. Total Cost Average Average Marginal Variable Cost |(MC) Fixed Units of Units of Variable Average Fixed Labor (L) Cost (FC) Cost (VC) (TC) Total Cost Output (ATC) (Q) Cost Cost (AFC) (AVC) 0 0 1 2 2 4 3 6 4 8 10
nk spaces of this table. Note that Q, VC. TC, AFC. AVC. ATC. an o output, variable cost, total cost, average fixed cost, average the blank of total cost, and marginal cost, respectively. (10 Points) AFC TAVG 50 n/a n/a n/a n/a 10 10 10 60 30 80 30 6.67 20 36.67 100 150 12.5 37.5 150 30 8.3535 43.33 60 b Please graph the ATC, FC, MC curve respectively (5 Points) c What is shape of ATC and can...
Fill in the table: VC AVC TC 25 Output FC AFC ATC MC 15 47 25 30 40 4 6 12 109 20 10 130 Also give a explanation how you calculated those values (ex: First I was able to calculate...then I was able to fill this column, etc.) and give the formulas that you used. Do not submit only the table without any explanation. You have to bring a print version of your homework (no hand writin
Finish the table.
MPL: Marginal production of labor
TC: Total cost
MC: Marginal Cost
AFC: Average fixed cost
AVC: Average variable cost
ATC: Average total cost
lormal text - Times New... - 12 B I VA G E A E 1 E- Labor Week 6 Assignment: Production Costs 20 Points) Output MPL FC VC TC MC AFC AVC ATC (Q) 0 25 WN 25 50 75 100 13 25 15 F 16 25 125 1. Complete the table above. (4...
How to calculate the Total Cost (TC), Average Fixed Cost
(AFC), Average Total Cost (ATC), and Marginal Cost (MC)?
1. The schedule below gives the Total Variable Cost (TVC) for producing various quantities of smurfs (smurfs are an input into cat food production). The Total Fixed Costs (TFC) is $100. Calculate the following and fill in the blanks: Total Cost (TC), Average Fixed Cost (AFC), Average Variable Cost (AVC), Average Total Cost (ATC), and Marginal Cost (MC). Cost Schedule for...
Output Total Cost Fixed Cost Variable Cost AFC AVC ATC MC 0 50 1 130 2 190 3 230 4 250 5 310 6 400 7 540 8 800 9 1200 The market supply curve is the sum of the marginal cost curves of all the firms in the market. The market supply of a competitive industry is determined by:
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ATC AVC Dollars D AFC o Quantity Refer to the above diagram. At output level Q, total variable cost is: A) OBEQ. B) BCDE. C) OCDQ. D) QAFQ. Refer to the above diagram. At output level Q, total fixed cost is A) OBEQ. B) BCDE. C) OBEQ-0AFQ. D) OCDQ. Refer to the above diagram. At output level Q, total cost is: A) OBEQ. B) BCDE. C) OBEQ plus BCDE. D) QAFQ plus BCDE. Refer to...
e. If Total Variable Costs were $20 greater at each level of output, what would happen to the location of the: (1) AFC curve? (2) AVC curve? (3) ATC curve? Normal textTimes New. 12 BTUA 0 - 1 E E EE 4 230 3. A firm has Short-Run Costs as indicated in the table below. Total TC TFC TVC ATC AFC AVC МС Product 0 $ 80 $ 80 $0 125 80 45 $125 $80 $45 45 $45 2 165...
Output Total Costs Fixed Costs Variable Costs AFC AVC ATC MC 0 100 100 0 1 150 100 50 100 50 150 50 2 225 100 125 50 62.5 112.5 75 3 230 100 130 33.33 43.33 76.67 5 4 300 100 200 25 50 75 70 5 400 100 300 20 60 80 100 Graph the average and marginal cost curves from the previous question. What would be the optimal output, assuming you want to minimize diminishing returns?