Question: Suppose the production function is F(K, L) = KDL 1 where K is capital, L is labor and D is land. Capital, land and labor

Suppose the production function is F(K, L) = KDL 1 where K is capital, L is labor and D is land. Capital, land and labor are all supplied inelastically: K, D, L. Let K = 4, D = 1 and L = 1 and = 0.5, = 0.1.

1. Set up the firms' profit maximization problem. What is labor demand for the firm? That is, as a function of real wages W P , capital, K and land, D, how much labor do firms want? What is capital demand? What is land demand?

2. In general equilibrium (i.e. resolving that K = K , D = D) how much labor will there be?

3. In general equilibrium (i.e. resolving that K = K , D = D) what will the price of labor (i.e. real wage W P ) will there be?

4. Does income add up to output? Show it.

5. What fraction of income goes to labor?

Suppose the production function is F(K, L) = KDL 1 where Kis capital, L is labor and D is land. Capital, land and

\f4. Does income add up to output? Show it. 5. What fraction of income goes to labor

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