An implication of the Solow–Swan growth model is:Group of answer choicespoor countries will grow at a faster rate than rich countries, as long as both groups have the same steady statepoor countries have lower steady state levels of per capita income than rich countriespoor countries will eventually have higher steady state levels of per capita income than rich countriesrich countries will grow at a faster rate than poor countries, as long as both groups of countries have the same steady state
Question
An implication of the Solow–Swan growth model is:Group of answer choicespoor countries will grow at a faster rate than rich countries, as long as both groups have the same steady statepoor countries have lower steady state levels of per capita income than rich countriespoor countries will eventually have higher steady state levels of per capita income than rich countriesrich countries will grow at a faster rate than poor countries, as long as both groups of countries have the same steady state
Solution
The correct answer is: "poor countries will grow at a faster rate than rich countries, as long as both groups have the same steady state". This is known as the "catch-up effect" or "convergence theory", which is an implication of the Solow-Swan growth model. The model suggests that, all else being equal, countries with lower initial levels of capital per worker will grow faster than those with higher initial levels. This is because the marginal product of capital is higher in countries with less capital, leading to higher returns on investment and faster growth.
Similar Questions
The country of Swan is very wealthy, with a high level of per capita income and capital. The country of Solow is quite poor, with low levels of per capita income and capital. Both countries have the same production function, Y = Af(K, L), and both countries are described by the Solow–Swan growth model. Assuming the two countries have the same steady state per capita income, then:Group of answer choicesSolow will grow more quickly than Swanas the two economies have the same steady state, they must grow at the same rateSwan will see its per capita income decline, while Solow will see its per capita income riseSwan will grow more quickly than Solow
In the Solow–Swan model, a decrease in the rate of population growth will have what effect on the steady-state level of real GDP per capita?Group of answer choicesIncreaseDecreaseNo change in real GDP per capita because although it does change the rate at which output and population are growing, it will make both growth rates change by the same amount and so the output-population ratio will be unchangedNo change in real GDP per capita because although it does change the level of labour, the level of capital will change to keep the capital-labour ratio the same as before
This question refers to the Solow–Swan model with constant technology. Imagine the model is in steady state and the population growth rate rises. As a result the steady-state level of real GDP per capita will:Group of answer choicesstay the samefallcan’t say because we need to know what will happen to the steady-state level of capital per person and, in the absence of that information, we can’t answer the questionrise
The combined Solow and Romer model helps explainGroup of answer choicesthe overall trend in income around the world.all of the above.why different countries can grow at different rates even though in the long run, all countries grow at the same rate.why long-run growth is possible.
For which of the following does the Solow-Swan model NOT provide an adequate explanation?Question 23AnswerSelect one:a.why population growth rates differ across countriesb.why saving rates differ across countriesc.the cause of productivity differences across countriesd.All of the other answers are correct.e.what causes long-term economic growthClear my choice
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