1. Calculate the returns to scale for the following production functions.
a. Q = AL + BK (A and B are constants)
b. Q = AL(1/2)K(1/2)
c. Q= AL(1/2)K(3/2)
d. Q= AL(1/2)K(1/4)
e. Q= ALK
2. Calculate the elasticity of substitution (ε) between L and K for the following production functions. [ Formula: ε = dlog(K/l)/dlog(MRTS L,K) ]
a. Q = AL(1/2)K(1/2)
B. Q= [AL(η) + (1-A)K(η)] (1/η)
c. Q= AL(1/2)K(3/2)
d. Q= AL(1/2)K(1/4)
3. The Production function of a firm is given by Q = AL(1/2)K(1/2). The Wage rate is $2 per hour and the rental rate is $3 per hour. The firm cannot exceed it's cost above $600. Find out the optimal amounts of L and K the firm should hire. What is maximum amount of output the firm ends up producing.
4. The Production function of a firm is given by Q = LK. The Wage rate is $2 per hour and the rental rate is $3 per hour. The firm has to produce at least 15,000 units of output.
a. Find out the optimal amounts of L and K the firm should hire.
b. What is the minimum cost the firm ends up incurring?
1. Calculate the returns to scale for the following production functions.
a. Q = AL + BK (A and B are constants)
b. Q = AL(1/2)K(1/2)
c. Q= AL(1/2)K(3/2)
d. Q= AL(1/2)K(1/4)
e. Q= ALK
2. Calculate the elasticity of substitution (ε) between L and K for the following production functions. [ Formula: ε = dlog(K/l)/dlog(MRTS L,K) ]
a. Q = AL(1/2)K(1/2)
B. Q= [AL(η) + (1-A)K(η)] (1/η)
c. Q= AL(1/2)K(3/2)
d. Q= AL(1/2)K(1/4)
3. The Production function of a firm is given by Q = AL(1/2)K(1/2). The Wage rate is $2 per hour and the rental rate is $3 per hour. The firm cannot exceed it's cost above $600. Find out the optimal amounts of L and K the firm should hire. What is maximum amount of output the firm ends up producing.
4. The Production function of a firm is given by Q = LK. The Wage rate is $2 per hour and the rental rate is $3 per hour. The firm has to produce at least 15,000 units of output.
a. Find out the optimal amounts of L and K the firm should hire.
b. What is the minimum cost the firm ends up incurring?