Question

Suppose the production of a country is Y equals K to the power of 0.2 end...

Suppose the production of a country is Y equals K to the power of 0.2 end exponent left parenthesis E L right parenthesis to the power of 0.8 end exponent. And its depreciation rate is 0.07, population growth rate is 0.02, technology growth rate is 0.01, saving rate is 0.30. (a) What is the long-run growth rate of per worker output? (Enter decimals. Numbers only) 0.01 (b) What is the long-run growth rate of aggregate output? (Enter decimals. Numbers only) 0.03 (c) (Fill in blanks) If the government want to increase the per-effective-worker consumption permanently, government should (increase/decrease) saving rate to . This new saving rate should be decimals. Round up to TWO decimals if needed.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Suppose the production of a country is Y = K0.2(EL)0.8. And its depreciation rate is 0.07,...
Suppose the production of a country is Y = K0.2(EL)0.8. And its depreciation rate is 0.07, population growth rate is 0.02, technology growth rate is 0.01, saving rate is 0.30. Answer the following questions. (a) What is the long-run growth rate of per worker output? (b) What is the long-run growth rate of aggregate output?
Suppose the production function of a country is Y equals K to the power of 1...
Suppose the production function of a country is Y equals K to the power of 1 third end exponent L to the power of 2 over 3 end exponent . And its capital stock is K equals 27 and labor force is L to the power of s equals 64. Calculate the following (Enter only numbers. Round up to ONE decimal place if needed) (a) What is the labor market clearing real wage under flexible real wage? (b) What is...
Consider the Solow growth model. The production function is given by Y = K^αN^1−α, with α...
Consider the Solow growth model. The production function is given by Y = K^αN^1−α, with α = 1/3. There are two countries: X and Y. Country X has depreciation rate δ = 0.05, population growth n = 0.03, and savings rate s = 0.24. Country X starts with initial capital per worker k0 = 1 Country Y has depreciation rate δ = 0.08, population growth n = 0.02, and savings rate s = 0.3. Country Y starts with capital per...
Suppose Canada’s aggregate production function is given by the following: Y = K^1/3 *(AN)^2/3 Variables are...
Suppose Canada’s aggregate production function is given by the following: Y = K^1/3 *(AN)^2/3 Variables are defined as they were in class. Suppose the savings rate in Canada is 20% (s = 0.2), the depreciation rate is 5% (δ = 0.05), the population growth rate is 2% (gN = 0.02), and the growth rate of technology is 4% (gA = 0.04). a) Solve for the equilibrium level of capital per effective worker ( K/AN ) and output per effective worker...
17. Solow growth The production function in your country is: Y = K^0.5(LE)^0.5. Your economy saves...
17. Solow growth The production function in your country is: Y = K^0.5(LE)^0.5. Your economy saves 24% of output each period, and 5% of the capital stock depreciates each period. The population grows 2% annually. Technology grows 1% annually. You begin with 1000 workers and 1 unit of capital, and a tech- nology level equal to 1. a) Write the production function in per-eective-worker terms, so that per-effective-worker output (y = Y/LE ) is a function of per-effective-worker capital (k=...
A closed economy (NX = 0) without government (G = T = 0) has a production...
A closed economy (NX = 0) without government (G = T = 0) has a production function Y = K^1/4 ^L 3/4 . Capital depreciates at a rate of 3 percent per year. Workers spend 76 percent of their income each year. Investment adds up to the capital stock which is available for production next year. Assume that capital per worker is 5.0625 at the beginning of 2017 and the number of workers stays the same each year. (a) Find...
13. Suppose there is an increase in government spending in a closed economy. In medium-run such...
13. Suppose there is an increase in government spending in a closed economy. In medium-run such a fiscal policy will cause: none of the other answers is correct. ambiguous effects on the neutral real interest rate the nominal wage to rise no change in the neutral real interest rate the neutral real interest rate to rise 14. Suppose the economy is initially in the steady state. According to Solow model without technological progress, an increase in the depreciation rate (δ)...
Suppose a firm’s long-run production function is given by Q=K^0.25 L^0.25 ,where K is measured in...
Suppose a firm’s long-run production function is given by Q=K^0.25 L^0.25 ,where K is measured in machine-hours per year and L is measured in hours of labor per year. The cost of capital (rental rate denoted by r) is $1200 per machine-hour and the cost of labor (wage rate denoted by w) is $12 per hour. Hint: if you don’t calculate the exponential terms (or keep all the decimals when you do), you will end up with nice numbers on...
1) If the Federal Reserve conducts an open market purchase, we can expect that the short-run...
1) If the Federal Reserve conducts an open market purchase, we can expect that the short-run Phillips curve will shift left. the short-run Phillips curve will shift right. t here will be a movement to the right along the short-run Phillips curve. there will be a movement to the left along the short-run Phillips curve. the long-run Phillips curve will shift right. 2) In the long run, the Phillips Curve shows that the natural rate of unemployment is independent of...
Total utility can be objectively measured in numbers that indicate usefulness or benefit to the consumer....
Total utility can be objectively measured in numbers that indicate usefulness or benefit to the consumer. ____ 2. Consumers should purchase quantities of a good to the point where MU > P. ____ 3. Voluntary exchange requires that there must be mutual gain. ____ 4. Points along a budget line represent the maximum combinations of two commodities that a consumer can afford. ____ 5. The budget line represents a consumer's preferences for a commodity. ____ 6. A change in consumer...