Question

In: Economics

You are planning to estimate a short- run production function for your firm, and you have...

You are planning to estimate a short- run production function for your firm, and you have collected the following data on labor usage (L) and output (Q): Labor usage (L) Output (Q)

3 1

7 2

9 3

11 5

17 8

17 10

20 15

24 18

26 22

28 21

30 23

a. Please key in the data into MS Excel for regression analysis. Estimate your firm’s short-run production function. Do the parameter estimates have the appropriate algebraic signs? Are they statistically significant at the 5 percent level? (Hint: Run the production function as Q = AL 3 +BL 2 )

b. At what point do you estimate marginal product (MP) begins to fall?

c. Calculate estimates of average products (AP) and marginal products (MP) when the firm employs 20 workers.

d. When the firm employs 20 workers, is short-run marginal cost (MC) rising or falling? How can you tell?

Solutions

Expert Solution

a.

Output (Q) L^2 L^3
1 9 27
2 49 343
3 81 729
5 121 1331
8 289 4913
10 289 4913
15 400 8000
18 576 13824
22 676 17576
21 784 21952
23 900 27000
SUMMARY OUTPUT
Regression Statistics
Multiple R 0.996664476
R Square 0.993340078
Adjusted R Square 0.881488976
Standard Error 1.277662242
Observations 11
ANOVA
df SS MS F Significance F
Regression 2 2191.308213 1095.654106 671.1836214 1.23183E-09
Residual 9 14.69178723 1.632420803
Total 11 2206
Coefficients Standard Error t Stat P-value Lower 95% Upper 95%
L3 -0.00074509 0.00019768 -3.769163007 0.004422153 -0.001192274 -0.000297906
L2 0.048730818 0.005274689 9.238614311 6.8893E-06 0.036798642 0.060662993

The production function, Output (Q) = -0.000745L^3+0.048*L^2
Yes with the increase in labor the output increases
Yes, they are statistically significant at 5 percent level

b.

MP =change in Q/change in L

MP begins to fall after labor usage of 20

Labor usage (L) Output (Q) MP
3 1
7 2 0.25
9 3 0.50
11 5 1.00
17 8 0.50
17 10
20 15 1.67
24 18 0.75
26 22 2.00
28 21 -0.50
30 23 1.00

c.

Labor usage (L) Output (Q) MP AP
3 1 0.33
7 2 0.25 0.29
9 3 0.50 0.33
11 5 1.00 0.45
17 8 0.50 0.47
17 10 0.59
20 15 1.67 0.75
24 18 0.75 0.75
26 22 2.00 0.85
28 21 -0.50 0.75
30 23 1.00 0.77

At labor = 20, AP=0.75, MP=1.67

d. At, labor = 20, the MP starts to fall, which means the production starts to decline which cause the cost or MC to raise


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