Answer: equals 60
Quantity of output is the physical product here.
| Units of labor | Quantity of output | Marginal revenue | Marginal physical product = output |
| 0 | 0 | 6 | |
| 1 | 100 | 6 | 100 |
| 2 | 180 | 6 | 80 |
| 3 | 250 | 6 | 70 |
| 4 | 310 | 6 | 60 |
| 5 | 330 | 6 | 20 |
For the fourth unit of labor, the marginal physical product is equal to 60 units.
Exhibit 27-5 Units of Quantity of Output Marginal Revenue Labor 0 0 $6 1 100 6...
26. Exhibit 22-14 Quantity of Labor Output Marginal Physical Product (MPP) Wage Marginal Cost 0 0 1 100 (C) $600 (E) 2 (A) 75 600 (F) 3 (B) 50 600 (G) 4 240 (D) 600 (H) Assume that labor is the only variable input and that each additional laborer is paid $600. Refer to Exhibit 22-14. What is the MPP of the first unit of labor [blank (C)]? a. 50 units b. 100 units c. 600 units d. 700...
Exhibit 12-1 (1) (2) (3) (4) Units of Factor X Quantity of Output Product Price Marginal Revenue Product 0 10 $5 1 19 $5 A 2 27 $5 B 3 34 $5 C 4 39 $5 D Refer to Exhibit 12-1. What value goes in blank C? $35.00 $170.00 $40.00 $11.67
(1) Quantity (2) Quantity (3) Product (4) Marginal (5) Marginal of Factor X of Output Price Physical Product Revenue Product 0 20 $24 1 28 $24 (c). 2 34 $24 (A) (D) 3 37 $24 (E) 4 38 $24 (E) The dollar amounts that go in blanks (E) and (F) are, respectively, 6 and $6 $84 and $72 O $70 and $60 O $72 and $24
Exhibit 11.3 S $ $10 - - D 0 Units of a 100 Resource Refer to Exhibit 11.3, which shows the demand and supply curves of a resource. The total resource earnings in equilibrium equal a. $300. O b. $400. C. $60. d. $40. O e. $1,000. 0= Icon Key Exhibit 15.2 MC AC 24 22 Price 00 14 MR 5 6 8 10 Quantity Refer to Exhibit 15.2, which shows the cost and revenue curves for a natural monopolist....
(1) Quantity (2) Quantity (3) Product (4) Marginal (5) Marginal of Factor X of Output Price Physical Product Revenue Product 0 20 $24 1 28 $24 (C) 34 $24 N (A) (D). 3 37 $24 (B) (E) 4 38 $24 (E) The dollar amounts that go in blanks (C) and (D) are, respectively, O $190 and $270 O $90 and $80 O $8 and $8 O $192 and $144.
Labor Output Marginal Product Variable Cost Fixed Cost 0 0 -- $0 $5 1 100 100 $5 $5 2 250 $10 $5 3 350 $15 $5 4 50 $20 $5 5 25 $25 $5 6 430 $30 $5 Describe the shape of the marginal product curve and the marginal cost curve.
1) Quantity (2) Quantity (3) Product (4) Marginal (5) Marginal of Factor X of Output Price Physical Product Revenue Product O 20 $24 1 28 $24 (c) 2 34 $24 (A) (D) 3 37 $24 (B) (E) 4 38 $24 (E) If firm is a factor price taker and ongoing price of Factor X is $20, how many units of Factor X this firm should hire to maximize profit? O 2 4 O 1 3
Table 14-6 John's Vineyard Marginal Cost Marginal Revenue Quantity Produced 0 Quantity Demanded 0 1 1 2 3 4 5 6 7 8 COSTS Total Cost $0 $50 $102 5157 $217 $285 5365 $462 5582 2 3 4 5 6 7 8 REVENUES Total Price Revenue $80 $80 $80 $80 $80 $80 $80 $80 $80 Refer to Table 14-6. What is John's Vineyard's economic profit at its profit-maximizing output level? $25 $75 $115 $225
Number of Workers Output Marginal Product of Labor Value of Marginal Product of Labor 0 0 ----------------------------------- ------------------------------------------------- 1 79 2 88 $1000 3 46 4 198 5 210 6 222 Refer to the table above. What is the marginal product of the 4th worker?
COSTS REVENUES Quantity Produced Total Cost Marginal Cost Quantity Demanded Price Total Revenue Marginal Revenue 0 $50.00 -- 0 $60 -- 1 $75.00 1 $60 2 $101.00 2 $60 3 $128.50 3 $60 4 $158.50 4 $60 5 $192.50 5 $60 6 $232.50 6 $60 7 $281.00 7 $60 8 $341.00 8 $60 Refer to Table 14-13. What is the economic profit at the profit maximizing point for this firm? a. $187.50 b. $139 c. $39 d. $121.50