Question

Suppose that production of a firm's output is described by the following production function Q =...

Suppose that production of a firm's output is described by the following production function Q = K0.25 L0.5

In the short run, the firm's capital is fixed at 10,000. Suppose further that the market price of the output is $37, and that the market wage is $25.

What is the Marginal Revenue Product of Labor (MRPL) for the 147th worker?

Enter your answer rounded to the nearest two decimals.

Homework Answers

Answer #1

Marginal revenue Product(MRP) is the additional revenue earned when you hire one additional unit of input.

So MRP of Labor = P*MPL where P = Price of Output = 37 and MPL = Marginal product of Labor

Q = K0.25L0.5 and It is given that K = 10,000 => Q = 10,0000.25L0.5 = 10L0.5

MPL = dQ/dL = 10*0.5/L0.5 = 5/L0.5

Now we have to calculate MRP when L = 147

Thus, MRP = MPL*P = (5/L0.5)*32 = (5/1470.5)*32 = 13.20

Hence, the Marginal Revenue Product of Labor (MRPL) for the 147th worker = 13.20

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Suppose that production of a firm's output is described by the following production function Q =...
Suppose that production of a firm's output is described by the following production function Q = K0.25 L0.5 In the short run, the firm's capital is fixed at 10,000. Suppose further that the market price of the output is $70, and that the market wage is $25. What is the Marginal Revenue Product of Labor (MRPL) for the 129th worker? Enter your answer rounded to the nearest two decimals.
Suppose a firm's short-run production function is given by Q = 14L +4KL. And, K is...
Suppose a firm's short-run production function is given by Q = 14L +4KL. And, K is fixed at 1. What is the marginal product of the fourth worker? 4 14 14L 18
Suppose that a firm's fixed proportion production function is given by q = min(2k, 4L), and...
Suppose that a firm's fixed proportion production function is given by q = min(2k, 4L), and that the rental rates for capital and labor are given by v = 1, w = 3. A) Calculate the firm's long-run total, average, and marginal cost curves. B) Graph these curves. C) Suppose that k is fixed at 10 in the short run. Calculate the firm's short-run total, average, and marginal cost curves and graph them. D) Now suppose in the long run...
1. Suppose a short-run production function is described as Q = 30L - 0.05L^2 where L...
1. Suppose a short-run production function is described as Q = 30L - 0.05L^2 where L is the number of labors used each hour. a. Derive the equation for Marginal Product of Labor b. Determine how much output will the 200th worker contribute: c. Determine the amount of labor (L) where output (Q) is maximized (known as Lmax): d. If each unit of output (Q) has a marginal revenue (price) of $5 and the marginal cost of labor is $40...
Suppose the short-run production function is q = 10 L. If the wage rate is $10...
Suppose the short-run production function is q = 10 L. If the wage rate is $10 per unit of labor and fixed cost is $10,000, what is the firm's cost equation? A) 10,000 + q B) 10,000/q. C) 10 +10,000q. D) 10q + 10.
5. A competitive firm has a production function described as follows. “Weekly output is the square...
5. A competitive firm has a production function described as follows. “Weekly output is the square root of the minimum of the number of units of capital and the number of units of labor employed per week.” Suppose that in the short run this firm must use 16 units of capital but can vary its amount of labor freely. a) Write down a formula that describes the marginal product of labor in the short run as a function of the...
Suppose a short-run production function is described as Q = L – (1/400)L2where L is the...
Suppose a short-run production function is described as Q = L – (1/400)L2where L is the number of labors used each hour. The firm’s cost of hiring (additional) labor is $16 per hour, which includes all labor costs. The finished product is sold for $40 per unit of Q. c. How many labor units(L) should the firm employ per hour if they want to maximize profit?    L = 120 f. Suppose that the price of the product is unchanged...
Marco's Pizza is a small pizzeria. The firm's short-run production function is described in the table...
Marco's Pizza is a small pizzeria. The firm's short-run production function is described in the table below. Assume that Marco's uses only two inputs to produce pizza: labor and capital (the oven). Marco's cost of labor is $400 per worker per week, and his cost of capital is $500 per week. Labor (workers per week) Output (pizzas per week) 1 74 2 152 3 228 4 296 5 350 6 384 In the scenario above, the marginal product of Marco's...
Suppose that a firm's production function is Q=−F(L)=−2L3+200L2+5,000L. Q = − F ( L ) =...
Suppose that a firm's production function is Q=−F(L)=−2L3+200L2+5,000L. Q = − F ( L ) = − 2 L 3 + 200 L 2 + 5 , 000 L . Its marginal product of labor is MPL=−6L2+400L+5,000. M P L = − 6 L 2 + 400 L + 5 , 000. a. At what amount of labor input are the firm's average and marginal product of labor equal (other than at L = 0)? Instructions: Enter your answer as...
Suppose a firm’s long-run production function is given by Q=K^0.25 L^0.25 ,where K is measured in...
Suppose a firm’s long-run production function is given by Q=K^0.25 L^0.25 ,where K is measured in machine-hours per year and L is measured in hours of labor per year. The cost of capital (rental rate denoted by r) is $1200 per machine-hour and the cost of labor (wage rate denoted by w) is $12 per hour. Hint: if you don’t calculate the exponential terms (or keep all the decimals when you do), you will end up with nice numbers on...