Answer:
$3,667.44
Explanation:
The amount you would be willing to pay today can be determined by finding the present value of the cash flows
Present value is the sum of discounted cash flows
Present value can be calculated using a financial calculator
Cash flow each year from year 1 to 4 = $25
Cash flow in year 5 = $25 + $5000
I = 7%
Present value = $3,667.44
To find the PV using a financial calculator:
1. Input the cash flow values by pressing the CF button. After inputting the value, press enter and the arrow facing a downward direction.
2. after inputting all the cash flows, press the NPV button, input the value for I, press enter and the arrow facing a downward direction.
3. Press compute
True, it’s a good idea because it helps protect your home and other assets
The answer is true. Hope this helps.
Answer:
Part a: According to Solow model higher per capita real GDP will be in Chile because of its highest saving rate.
Part b: The per capita capital stock or the labour ratio is the primary factor for these differences in the simple Solow model.
Explanation:
<em>Part a:</em>
According to Solow model higher per capita real GDP will be in Chile because of its highest saving rate.
In Solow model the GDP per capita is defined as

Also the steady state path is given as

As all other parameters are same thus the country with higher value of s will have a higher per capita GDP.
According to the Solow model, higher saving rate means larger capital stock and high level of output at the steady state.
Higher saving rate leads to faster growth in Solow model. So there is higher per capita real GDP for the country that has higher saving rate.
<em>Part b:</em>
In Simple Solow Model, the steady state per Capita GDP,
is the function of the steady state per capita capital stock given as 
Now this indicates that

where f is an increasing concave function i.e. f'>0 and f''<0
Thus the sole dependence of per capita GDP is on per capita capital stock.
Thus the per capita capital stock or the labour ratio is the primary factor for these differences in the simple Solow model.