Consider the following Cobb Douglas production function: Y= K2/5L3/5. The rate of depreciation in the economy...

Consider the following Cobb Douglas production function: Y= K^2/5L^3/5. The rate of depreciation in the economy is 2% and the marginal propensity to save (mps) is 30%. Any output that is not saved is consumed and this is a closed economy. Population growth rate is zero.

1. Continue with the same data with the exception that mps is unknown. Solve for the rate of investment which will ensure golden rule of consumption per capita

2. Continue with the same data above but introduce the following change. The rate of depreciation changes to 4% for capital per worker greater than or equal to 400. For k<400, the rate of depreciation still continues to be 2%.Use a well labeled graph to show the steady state behaviour in this new scenario. In your answer you must indicate the numerical magnitudes of the associated capital per worker and output worker

Expert Solution

Rahul Sunny answered 2 years ago

QUESTION Consider the following Cobb Douglas production function: Y= K2/5L3/5. The rate of depreciation in the...

QUESTION Consider the following Cobb Douglas production function: Y= K2/5L3/5. The rate of depreciation in the economy is 2% and the marginal propensity to save (mps) is 30%. Any output that is not saved is consumed and this is a closed economy. Population growth rate is zero. Continue with the same data with the exception that mps is unknown. Solve for the rate of investment which will ensure golden rule of consumption per capita . Show all the steps covered...

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Once again, consider the Cobb-Douglas production function ? = ?? ?? ? . a) This time,...

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