Assume P=$500-$4Qd and our fixed cost is $1000 and the variable cost is $12 per unit. At what unit is total revenue maximized? How much revenue is generated?
Determine the firm's breakeven points(s) and show graphically showing total revenue and total cost and labeling the breakeven points.
Given
P=500-4Q
Total Revenue=TR=P*Q=(500-4Q)*Q=500Q-4Q2
Marginal Revenue=MR=dTR/dQ=500-8Q
Set MR=0 for revenue maximization
500-8Q=0
Q=500/8=62.50
Revenue is maximized at Q=62.50
P=500-4Q=500-4*62.50=$250
Maximum Revenue=P*Q=250*62.50=$15625
Total Cost=TC=Fixed Cost+Variable Cost=1000+12Q
Set TC=TR to determine break even quantity
1000+12Q=500Q-4Q2
4Q2-488Q+1000=0
Q2-122Q+250=0
Q=(122+117.8304)/2=119.92
and Q=(122-117.8304)/2=2.08
Break even points are Q=2.08 and Q=119.92
Q | P=500-4Q | TR=P*Q | TC=1000+12*Q |
0.00 | 500 | 0 | 1000 |
2.08 | 492 | 1025 | 1025 |
2.50 | 490 | 1225 | 1030 |
5.00 | 480 | 2400 | 1060 |
7.50 | 470 | 3525 | 1090 |
10.00 | 460 | 4600 | 1120 |
12.50 | 450 | 5625 | 1150 |
15.00 | 440 | 6600 | 1180 |
17.50 | 430 | 7525 | 1210 |
20.00 | 420 | 8400 | 1240 |
22.50 | 410 | 9225 | 1270 |
25.00 | 400 | 10000 | 1300 |
27.50 | 390 | 10725 | 1330 |
30.00 | 380 | 11400 | 1360 |
32.50 | 370 | 12025 | 1390 |
35.00 | 360 | 12600 | 1420 |
37.50 | 350 | 13125 | 1450 |
40.00 | 340 | 13600 | 1480 |
42.50 | 330 | 14025 | 1510 |
45.00 | 320 | 14400 | 1540 |
47.50 | 310 | 14725 | 1570 |
50.00 | 300 | 15000 | 1600 |
52.50 | 290 | 15225 | 1630 |
55.00 | 280 | 15400 | 1660 |
57.50 | 270 | 15525 | 1690 |
60.00 | 260 | 15600 | 1720 |
62.50 | 250 | 15625 | 1750 |
65.00 | 240 | 15600 | 1780 |
67.50 | 230 | 15525 | 1810 |
70.00 | 220 | 15400 | 1840 |
72.50 | 210 | 15225 | 1870 |
75.00 | 200 | 15000 | 1900 |
77.50 | 190 | 14725 | 1930 |
80.00 | 180 | 14400 | 1960 |
82.50 | 170 | 14025 | 1990 |
85.00 | 160 | 13600 | 2020 |
87.50 | 150 | 13125 | 2050 |
90.00 | 140 | 12600 | 2080 |
92.50 | 130 | 12025 | 2110 |
95.00 | 120 | 11400 | 2140 |
97.50 | 110 | 10725 | 2170 |
100.00 | 100 | 10000 | 2200 |
102.50 | 90 | 9225 | 2230 |
105.00 | 80 | 8400 | 2260 |
107.50 | 70 | 7525 | 2290 |
110.00 | 60 | 6600 | 2320 |
112.50 | 50 | 5625 | 2350 |
115.00 | 40 | 4600 | 2380 |
117.50 | 30 | 3525 | 2410 |
119.92 | 20 | 2439 | 2439 |
120.00 | 20 | 2400 | 2440 |
122.50 | 10 | 1225 | 2470 |
125.00 | 0 | 0 | 2500 |
Assume P=$500-$4Qd and our fixed cost is $1000 and the variable cost is $12 per unit....
Assume P=$500-$4Qd and our fixed cost is $1000 and the variable cost is $12 per unit. In Excel, determine the relevant range of quantity for this problem. Create the necessary columns to determine breakeven and graph the outcome.
Assume a sales prise per unit of $25. variable cost per unit $15, and total fixed costs of $20880. If no units are sold, how much cost would the company incur? The amount of variable costs at the breakeven point. $31320 O $20880 Sveforster Attempts: 0 of 1 used Submit Answer
2-22 A small company manufactures a certain product. Variable costs are $20 per unit and fixed costs are $10,875. The price-demand relationship for this product is P-0.25D 250, where P is the unit sales price of the product and D is the annual demand. Total cost Fixed cost + Variable cost Revenue Demand x Price e Profit Revenue-Total cost Set up your graph with dollars on the y axis (between 0 and $70,000) and, on the x axis, demand D:...
assume a sales price per unit of $25 variable cost per unit $15 and total fixed costs of $15480. what is the breakeven point in dollars
Assume a selling price of $20 per unit, variable cost per unit of $12, and total fixed cost of $500. If 200 units are sold, calculate the contribution margin and the operating income.
A product sells for $5 per unit. The variable cost of production is $3 per unit. Total fixed costs per year are $1000, including depreciation expense of $200. What is the cash flow breakeven point in units and in dollars? A. 333 units and $1665. B. 500 units and $2500. C. 400 units and $2000. D. 267 units and $1333.
Assume a sales price per unit of $20, variable cost per unit $16, and total fixed costs of $208320. What is the breakeven point in units? 52000 units O 5787 units 0 13020 units 10416 units Sve for later Attempts: 0 of 1 used Submit Answer
Assume a sales price per unit of $20, variable cost per unit of $16, and total fixed costs of $168,000. What is the breakeven point? a. 420,000 units b. $420,000 c. 840,000 units d. $840,000 (answer a is incorrect; also please show all steps in calculating the correct answer)
Compute the total of variable cost per unit and total fixed cost. Variable Cost per unit Fixed Costs: Utility $12,400 3.00 Utility 10.50 Rent Direct Materials 36,000 14,000 $ 62,400 Direct Labor 4.50 Depreciation Total 18.00 Total USC has determined that the cost line for Utility Cost is 3x 12,400 y Prepare a C-V-P graph for USC. Use zero units and 7,000 units. Compute sales and total cost at those points Units 7,000 0 Sales Total Cost Include your graph...
6. Assume total fixed costs of $249600, variable costs per unit of $6, and contribution margin per unit of $4. What are the sales dollars required to earn a target net income of $78000 assuming a tax rate of 20%? A. $546000 B. $867750 C. $780000 D. $819000 6. Assume a sales price per unit of $20, variable cost per unit $10, and total fixed costs of $16200. If no units are sold, how much cost would the company incur?...