Question

Suppose you are given the following production function

Q= 21x + 9x2-x3

Compose a table calculating the Total Product (Q), Marginal Product (MP) and Average Product (AP), for x ranging from 0 to 9 units.

Using the information from the table, graph these individual curves and identify the rate of which diminishing marginal returns are evident. Delineate the stages of production and explain why Stages I and III are considered as irrational whereas Stage II is termed as rational.   What are the practical problems in estimating a production function? What will be the data requirements and statistical knowledge to estimate real-world production functions? Explain.

  1. Old McDonald Had a Farm!

Old McDonald had a farm. Assuming that Old McDonald is buying and selling in both the input and output markets in perfect competition, answer the following questions:

  1. Complete Table 1
  2. At what point will Freddie will be at the most efficient point of production? Why?
  3. What is the optimum point of production? How do you prove it? What are the net revenues at which profits are maximized?
  4. If costs of production goes up, what choices does Old McDonald has? At what point will Old McDonald will have to shut down (Poor guy)?   Why (hint: use the shutdown rule for which you will have to derive the average fixed and average variable cost from the information provided).Search Sign in - Aurinho P File Home A X Cut x Comments Insert Data Sheet for Assignment 2 Spring 2020 12 - Page Layout Formu
0 0
Add a comment Improve this question Transcribed image text
Answer #1

Answer: SInce production function is given as

Q= 21X + 9 X2 - X3

On the basis of this production the total product (TP), Average Product(AP), and Marginal Product (MP) obtained by employing each unit of input X is shown in the table below

Table: Showing the Total Product, Marginal Product, and Average Product
Unit of X Total Product Average Product Marginal Product
0 0 0 0
1 29 29 29
2 70 35 41
3 117 39 47
4 164 41 47
5 205 41 41
6 234 39 29
7 245 35 11
8 232 29 -13
9 189 21 -43

On the basis of the above table, following figure can be drawn

Stag Stage-tit e-11 Stage-1 1 2 3 4 5 6 7 8 9 10 Units of X used as input

In the figure, the change in the production of output divided into three stages on the basis of marginal product. The first stage that the marginal product (MP) is increasing, hence this stage can be called as the increasing stage. The second stage has shown that MP is constant when units of factor employed between 3 and 4. This second can be called a constant stage. The third stage is marked after the employment of 4th unit of factor X. After the fourth unit of X, the increase in employment of factor X leads to a decrease in MP. Hence this third stage can be called a decreasing stage. Although the MP decreasing after the fourth unit of X, the production process will continue till the MP become Zero (0).

In the figure the stage-I and stage-III are considered as irrational, because in the first stage the marginal product of the factor is increasing and in the third stage the marginal product is decreasing. But, in the stage-II, marginal becomes constant. Hence this stage is considered as rational.

In the above case if Old McDonald had a farm and Old McDonald is buying and selling in both the input and output markets in perfect competition then the optimum point of production will be at the point where MP is equal to AP. According to the table, when the unit input X = 5, then the optimum will be produced. The optimum or equilibrium output is Q=41. This is called the efficient level of output. At that point the AP becomes maximum.

The shut-down point of production of the Old McDonald farm is the point where marginal product is zero. Becasue if the farm wants to produce by employing more units of input after the MP=0, then the farm will incur loss. Hence the point can be called as shut-down point.

Add a comment
Know the answer?
Add Answer to:
Suppose you are given the following production function Q= 21x + 9x2-x3 Compose a table calculating...
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. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • Q5.        Given the following short-run production function (x = variable input, Q = output):...

    Q5.        Given the following short-run production function (x = variable input, Q = output): Q = 3x2 - 0.1x3 (a)        Determine the marginal product function (MPx) and the average product function (APx ). (b)        Find the value of x that maximizes Q. (c)    Find the value of x for which MPx is maximum. (d)    Find the value of x for which APx is maximum. (e)    Determine the boundaries of the three...

  • 4. Suppose that your production function is q(L) = 10L^1/2 a. In a table, calculate the...

    4. Suppose that your production function is q(L) = 10L^1/2 a. In a table, calculate the output, average product and marginal product for L = 1,2,3,4,5,6,7,8,9. b. Suppose fixed costs are $100 and the price of labor is $20. In a table, calculate the average cost and marginal cost for L = 1,2,3,4,5,6,7,8,9. c. If you could sell your output for $9 how many workers would you hire? Explain all answers

  • Suppose the firm's production function is Q = 2KL where Q is units of output, K...

    Suppose the firm's production function is Q = 2KL where Q is units of output, K is units of capital (which are fixed at 2), and L is units of labor. a. What is the firm’s short-run production function? b. Over the labor input usage range of 0 to 5, that is L ranging from 0 to 5, graph the firm’s Total Product curve. c. Derive and graph the firm’s Average Product curve and the Marginal Product curve. Graph/plot them...

  • Suppose the production function is given as Q = VLK. Suppose also that the price of...

    Suppose the production function is given as Q = VLK. Suppose also that the price of labor w = 10 and the price of capital r = 40 1) Derive the equation of the isoquant corresponding to this production function? 2) What type of return to scale does this production exhibit? 3) Does this production function exhibit a diminishing MRTS? Why? 4) Based on this production function, is the law of diminishing marginal returns satisfied? 5) Derive the demand curves...

  • 4. Suppose that your production function is q(L) = 10L". a. In a table, calculate the...

    4. Suppose that your production function is q(L) = 10L". a. In a table, calculate the output, average product and marginal product for L = 1,2,3,..., 9. b. Suppose fixed costs are $100 and the price of labor is $20. In a table, calculate the average cost and marginal cost for L = 1, 2, 3, ..., 9. c. If you could sell your output for $9, how many workers would you hire? 5. You need to expand production, either...

  • 2. Suppose the production function for widgets is given by where q represents the annual quantity...

    2. Suppose the production function for widgets is given by where q represents the annual quantity of widgets produced, K represents the annual capital input, and L represents the annual labor input. a. Suppose K 10, write down the expressions for the total product and the average product of labor. At what level of labor input does average productivity reach a maximum? How many widgets are produced at that point? b. Again, assuming that K-10, graph the average product of...

  • Suppose a firm has the following production function: Q = 2K L. The marginal product of...

    Suppose a firm has the following production function: Q = 2K L. The marginal product of capital is 2L, and the marginal product of labor is 2K. Assume that capital rents for $100 per unit per day, that labor can be hired for $200 per unit per day, and that the firm is minimizing costs. a. The firm will hire units of labor and - units of capital. b. What is the total cost of producing 60 units of output?...

  • 1. Suppose that the production function for lava lamps is given by Q = KL -ľ, where is the number of lamps produced pe...

    1. Suppose that the production function for lava lamps is given by Q = KL -ľ, where is the number of lamps produced per year, K is the machine-hours of capital, and L is the man-hours of labor. Suppose K = 600. a. Draw a graph of the production function over the range L = 0 to L = 500, putting L on the horizontal axis and on the vertical axis. Over what range of L does the production function...

  • You are given the following production function Q = K1/3L2/3, where Q is output, L is...

    You are given the following production function Q = K1/3L2/3, where Q is output, L is labor, and K is capital. First, calculate the marginal product of capital and the marginal product of labor. Next, calculate the marginal rate of technical substitution of labor for capital, MRTSL,K. What does this tell you about the production function?

  • Suppose a firm's short run production function is given by the following table: 90 Howrono 20...

    Suppose a firm's short run production function is given by the following table: 90 Howrono 20 50 90 120 140 150 (155 149 a) What is the marginal product of the 6th worker? b) What is the average product of labor when the firm is producing 150 units of output?

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT