a)
t | kt | yt | ct |
0 | 0.01 | 0.215443 | 0.172355 |
1 | 0.05187 | 0.37294 | 0.298352 |
2 | 0.121611 | 0.49544 | 0.396352 |
3 | 0.210085 | 0.594473 | 0.475578 |
4 | 0.311162 | 0.677635 | 0.542108 |
100 | 3.925756 | 1.577518 | 1.262015 |
===============================================================================
b)
t | kt | yt | ct |
0 | 0.01 | 0.215443 | 0.172355 |
1 | 0.073201 | 0.418317 | 0.292822 |
2 | 0.191656 | 0.576555 | 0.403588 |
3 | 0.347729 | 0.703202 | 0.492242 |
4 | 0.529058 | 0.808787 | 0.566151 |
100 | 7.211475 | 1.932004 | 1.352403 |
===================================================================================
c)
Table 3
t | kt | yt | ct |
0 | 7.26 | 1.936328 | 1.355429 |
1 | 7.317612 | 1.941436 | 1.300762 |
2 | 7.37233 | 1.946263 | 1.303996 |
3 | 7.424291 | 1.950825 | 1.307053 |
4 | 7.473626 | 1.955137 | 1.309942 |
100 | 8.372868 | 2.030602 | 1.360503 |
==============================================================================
d)
t | kt | yt | ct |
0 | 7.26 | 1.936328 | 1.355429 |
1 | 7.643529 | 1.969842 | 0.984921 |
2 | 8.01327 | 2.001105 | 1.000553 |
3 | 8.369201 | 2.030305 | 1.015153 |
4 | 8.711396 | 2.057608 | 1.028804 |
100 | 15.58342 | 2.49778 | 1.24889 |
In this case, the consumption decreases first then increases over time, but it took a longer time to reach its steady state which is lower than previous steady state.
d) Make a graph of the curve In(Kt) with time on the x-axis. Carefully show the...
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Solow Model time paths Sketch figures that describe the time-paths for {kt, Vt, cr, it^ in the following three cases (a) The economy is initially in steady-state. A shock to the economy destroys half of the capital (b) The economy is initially in steady-state. A shock to the economy increases the population growth stock rate permanently to n'> n. (c) The economy is initially in a steady-state with k<k*. The savings rate in the economy changes to s*
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