Consider a basic Solow–Swan model with constant labour force L and constant total factor productivity A. Suppose the saving rate is 𝑠=0.4 and the depreciation rate is 𝛿=0.1 . Suppose also that steady-state output per worker is 100. Steady state capital per worker is?

Consider a basic Solow–Swan model. Suppose the aggregate production function is 𝑌=𝐴𝐾12𝐿12 and that A=1 , the depreciation rate is 𝛿=0.06  and the saving rate is 𝑠=0.12. In steady state, which of the following is TRUE?

Consider the Solow-Swan model. Which of the following statements is FALSE?Group of answer choicesThe higher the depreciation rate  the lower the steady state level of capital per workerThe higher the saving rate  the higher the steady state level of capital per workerIf investment is greater than total depreciation, the capital stock increasesIn steady state, output per worker does not depend on the level of total factor productivity

In the Solow-Swan model, the steady-state capital stock is a function ofQuestion 20AnswerSelect one:a.the initial capital stock, productivity, and the depreciation rate.b.the labor stock and the steady-state level of capital stock.c.productivity, the depreciation rate, the labor stock, and the saving rate.d.productivity and the initial capital stock.e.the initial capital stock, productivity, and the saving rate.

Imagine a Solow–Swan model with the technology parameter (A) constant. The saving rate is θ, the population growth rate n, and the depreciation rate d. When the model has reached the steady state, the capital stock K will:Group of answer choicesBe constantBe rising at the rate nBe rising at the rate θ(Y/L)/(d + n)

Suppose a country’s depreciation rate is 4% per annum, its population shrinks by 1% each year, and its efficiency of labour grows at a 1% annual rate. In the steady state of the Solow model with technological progress, which of the following options is correct? Note: This is a multiple-answer question; thus, more than one option may be correct. Select all correct options. a. Total output grows at a 2% rate. b. Capital per effective worker grows at a 0% rate. c. Output per effective worker grows at a 1% rate. d. Output per actual worker shrinks at a 1% rate.