Consider the following diagram of the per-worker production function (output per worker as a function of capital per worker) Production function Capital equipment per worker ($ thousands) Which 2 of the following statements are correct? Select one or more: O a. The higher capital per worker is, the higher the marginal product of capital is. O b. The diagram is consistent with the diminishing marginal product of capital. Oc. When workers have less capital, an increase in capital per worker has much more impact than when they already have a lot. O d. The slope of a tangent to the curve shows the marginal product of labour Output per worker (S thousands)

Consider the following diagram of the per-worker production function (output per worker as a function of capital per worker) Production function Capital equipment per worker ($ thousands) Which 2 of the following statements are correct? Select one or more: O a. The higher capital per worker is, the higher the marginal product of capital is. O b. The diagram is consistent with the diminishing marginal product of capital. Oc. When workers have less capital, an increase in capital per worker has much more impact than when they already have a lot. O d. The slope of a tangent to the curve shows the marginal product of labour Output per worker (S thousands)

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

Table 1 - Labor and output data Units of Labor Units of Output 0 0 1 15 2 38 3 62 4 75 In Table 1, which unit of labor starts the law of “diminishing” returns? Include any equation formula if any. Answers: A. 3rd B. 4th C. 2nd D. 1st
8. If Y-AK0.5 10.5 and A, K, and L are all 100, the marginal product of capital is: A) 50 B) 100. C) 200. D) 1,000.
Other things being equal, an increase in the average product of labor in steel production will Select one: O a. decrease the average variable cost of steel. O b. increase the average variable cost of steel. Oc. increase the average cost of steel. O d. Both (b) and (c).
Refer to the table below to answer the following questions. O a. 2 teapots. Ob. 9 teapots. Oc 7 teapots. O d. 4 teapots. O e. 6 teapots. Table 10.2.1 Labour (workers per day) 1 2 3 Output (teapots per day) 0 3 12 19 23 25 Refer to Table 10.2.1 which gives Tania's Teapots' total product schedule. The marginal product when Tania's increases the number of workers from 3 to 4 per day is
Answer fast...
5. A company that produces auto parts has a production function of Q = 300 L-75 K-5. %3D If L= 250 and K= 25, what is the output of auto parts? If L increases to 350, what is the output of auto parts? What does the change in output show regarding labor as a factor of production?
Help
Output per worker ($ thousands) 0 Select one or more: 0 Capital equipment per worker ($ thousands) Which TWO of the following statements are correct? O a. The slope of the function is the marginal product of capital. b. The figure shows that each extra $ of capital per worker raises output per worker by an equal amount. ✔ C. The function is "convex" (L.e. it has a slope which increases as capital per worker rises). Od. The figure shows that higher capital per worker increases output per worker. Production function
Dead capital is Select one: O A. useful only if employed in a labor-intensive production process. O B. useful only if employed in a capital-intensive production process. O C. unlikely to have any productive use. O D. unlikely to be applied to its most efficient use.
12 L'. ĀK2 L2 where the productivity parameter is equal to 2 . How many units of output can be produced with 25 units of Consider an economy characterized by the production function Y = capital and 36 workers? 20 Using the same production function and factor inputs (capital and labor) as in the previous question, compute the marginal product of labor. Round your answer to the nearest hundredth after the decimal point. 30
The Solow model is an important formal model of economic growth. Assume that the production function is Y = F(K,N) = zK° N¹-a, where 0 < a < 1. Production is constant returns to scale. We use lowercase to denote variables in per capita terms.
Suppose the inputs of labour and capital each increase by 8% and output also increases by 8%. The production function exhibits_ returns to scale technology. a. Constant O b. Increasing O c. Decreasing O d. Zero