Question

Imagine that there is a technological advancement which increases the productivity of capital. Which variable in...

Imagine that there is a technological advancement which increases the productivity of capital. Which variable in the model should we increase? Show the effect of this on steady-state capital and output on the usual graph.

Homework Answers

Answer #1

The steady state equation of an economy is given by:

Where, k is the steady- state kevel of capital.

= Rate of depriciation

n= rate of growth of population

g= rate of technological growth.

There is a growth in the rate of technological progress as a result of technological advancement. As g icreases, the slope of the depreciation line would increase.

As the slope of the depreciation line increases, the steady state capital became k1. The output per worker remains the same, as there is no alteration of the labour force of the economy.

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
4. Use the Solow growth model to graph and illustrate how higher technological progress (an increase...
4. Use the Solow growth model to graph and illustrate how higher technological progress (an increase in g) will impact the steady-state capital per effective worker (k*), the steady-state level of output per effective worker (y*), and the steady-state level of consumption per effective worker (c*). Show each of these on the graph before and after the increase in technological progress and indicate how the higher technological progress will shift the curves on the graph.
1. For the following, assuming that there is no population growth or technological progress. a) What...
1. For the following, assuming that there is no population growth or technological progress. a) What is the equation that defines the steady-state level of capital per worker? b) How would you determine the steady state level or output per worker (i.e., real GDP per capita) from (a). c) Explain, in words, how an economy that starts with too much capita per worker gets to its steady state. 2. Many demographers predict that the United States will have zero annual...
Consider the simple version of the Solow model, with no population growth and no technological change....
Consider the simple version of the Solow model, with no population growth and no technological change. Suppose that, due to an aging capital stock, an economy experiences a sudden increase in its depreciation rate. a. Show the impact of an increase in the depreciation rate to ? ′ > ? on the diagram. b. What happens to the steady-state level of capital? _______ c. What happens to the level of output in the steady state? _______ d. Assuming that the...
Assume that the stock of capital increases by 6% and employment increases by 4%. Given this...
Assume that the stock of capital increases by 6% and employment increases by 4%. Given this information, we know that in Solow model without technological progress: a. output per capita will increase by less than 3% and more than 2%. b. output per capita will increase by less than 2% and more than 1%. c. output per capita will increase by more than 3%. d. output per capita will increase by 5%. e. output per capita will increase by less...
Using examples discuss the ways in which human capital and technological progress boost productivity of a...
Using examples discuss the ways in which human capital and technological progress boost productivity of a country.
In the Solow model, increases in the rate of population growth and increases in the rate...
In the Solow model, increases in the rate of population growth and increases in the rate of technological progress both lower the steady state values of capital and output per efficiency unit. True or false: Therefore both are undesirable. If false, explain how they differ in their consequences for levels and growth rates of Y/L.
1) In the steady state of the Solow model with technological progress, which of the following...
1) In the steady state of the Solow model with technological progress, which of the following variables is not constant? (a) capital per effective worker (b) the real rental price of capital (c) the real wage (d) the capital-output ratio 2) The U.S. economy has more/less capital than at the Golden Rule steady state, suggesting that it may be desirable to increase/decrease the rate of saving. 3) The purpose of  exogenous/endogenous growth theory is to explain technological progress. Some of these...
Answer the following questions using the basic Solow growth model, without population growth or technological progress....
Answer the following questions using the basic Solow growth model, without population growth or technological progress. (a) Draw a diagram with per worker output, y, consumption, c, saving, s and investment, i, on the vertical axis and capital per worker, k, on the horizontal condition. On this diagram, clearly indicate steady-state values for c, i, and y. Briefly outline the condition that holds in the steady- state (i.e. what is the relationship between investment and the depreciation of capital?). (b)...
a) Consider a world with decreasing returns to scale (i.e, ? = ? 1 2) in...
a) Consider a world with decreasing returns to scale (i.e, ? = ? 1 2) in the steady state which experiences an increase in the population growth rate. What happens to total output and output per worker? b) . What happens to the steady-state standard of living in an economy with population growth rate n and labor-augmenting technological progress g? The standard of living is ? ? . Explain c) With population growth rate n and no technological progress, we...
Productivity concepts. Answer the following questions. Suppose 2 people and 1 sewing machine will produce 10...
Productivity concepts. Answer the following questions. Suppose 2 people and 1 sewing machine will produce 10 t-shirts per day. Also, suppose 3 people and 1 machine will produce 12 t-shirts per day and 4 people and 1 machine will produce 13 t-shirts per day. Suppose 2 people and 2 machines can produce 18 t-shirts per day. With constant returns to scale, what will 4 people and 2 machine produce per day? What is average labor productivity and marginal labor productivity...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT