# Answer to Question #63042 in Microeconomics for Ash

Question #63042

CARICOM Products Limited production function is lnQ = 0.63 + 0.43lnK + 0.56lnL. Given that price of labour (L) is $20 and the price of capital (K) is $33

(i) What is the optimal mix?

(ii) What is the firmâ€™s output elasticity and returns to scale? Explain.

(i) What is the optimal mix?

(ii) What is the firmâ€™s output elasticity and returns to scale? Explain.

Expert's answer

lnQ = 0.63 + 0.43lnK + 0.56lnL, PL = $20, PK = $33.

(i) If Q = e^0.63 x K^0.43 x L^0.56. This is a Cobb-Douglas Production Function.

The optimal mix is in the point, for which MPK/PK = MPL/PL, so:

MPK = Q'(K) =e^0.63*0.43/K^0.57

MPL = Q'(L) = e^0.63*0.56/L^0.44

0.43/(e^0.63*0.43/K^0.57) = 0.56/(e^0.63*0.56/L^0.44)

e^0.63*0.43/K^0.57*0.56 = 0.43*e^0.63*0.56/L^0.44

K^0.57 = L^0.44

K = L^0.77

ii) Output elasticity of capital is 0.43, while output elasticity of labor is 0.56.

0.43 + 0.56 = 0.99 which is less than one. So, the firm is experiencing decreasing returns to scale.

(i) If Q = e^0.63 x K^0.43 x L^0.56. This is a Cobb-Douglas Production Function.

The optimal mix is in the point, for which MPK/PK = MPL/PL, so:

MPK = Q'(K) =e^0.63*0.43/K^0.57

MPL = Q'(L) = e^0.63*0.56/L^0.44

0.43/(e^0.63*0.43/K^0.57) = 0.56/(e^0.63*0.56/L^0.44)

e^0.63*0.43/K^0.57*0.56 = 0.43*e^0.63*0.56/L^0.44

K^0.57 = L^0.44

K = L^0.77

ii) Output elasticity of capital is 0.43, while output elasticity of labor is 0.56.

0.43 + 0.56 = 0.99 which is less than one. So, the firm is experiencing decreasing returns to scale.

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