2. Consider the Solow-Swan model with aggregate production function F(Kt, Lt) = K}(A_L_) 3. Assume that the economy is on its balanced growth path with the following parameters: depreciation of capital d = i, savings rate s = }, population growth 100, and technological growth g = 20 a Find the steady-state values for output, capital and consumption per unit of effec- tive labor as functions of given parameters. n = b) Derive the golden rule level of capital and compute the precise level of savings that maximizes consumption in the case of an increase in population resulting in n to increase to lo 2. Consider the Solow-Swan model with aggregate production function F(Kt, Lt) = K}(A_L_) 3. Assume that the economy is on its balanced growth path with the following parameters: depreciation of capital d = i, savings rate s = }, population growth 100, and technological growth g = 20 a Find the steady-state values for output, capital and consumption per unit of effec- tive labor as functions of given parameters. n = b) Derive the golden rule level of capital and compute the precise level of savings that maximizes consumption in the case of an increase in population resulting in n to increase to lo