Answer and Explanation:
The rule of 72 refers the time period in which your investment which you invest should be doubled
So based on the rule of 72, the computation is shown below:
1. doubling time for France per capita real GDP is
= Rule of 72 ÷ rate
= 72 ÷ 1.9
= 37.89 years
2. Doubling time for Korea per capita real GDP is
= Rule of 72 ÷ rate
= 72 ÷ 4.2
= 17.14 years
3. France per capita real GDP in year 2045 is
= Per capita read GDP × (1 + growth rate)^time period
= $28,900 × 1.019^42
= $63,710.88
4. Korea per capita real GDP in year 2045 is
= Per capita read GDP × (1 + growth rate)^time period
= $12,700 × 1.042^42
= $71,490.43
The time period 42 comes from
= 2045 - 2003
= 42 years
The answer would be 2 (C). As break-even the point at which cost and income are equal and there is neither profit nor loss also : a financial result reflecting neither profit nor loss. break-even.
I hope it helped you!
Answer:
$17,600 ; $29,000
Explanation:
The computation of the net income is shown below:
Based on Cash basis
= Received cash - Expenses incurred in cash - prepaid expenses
= $56,000 - $26,900 - $11,500
= $17,600
Based on Accrual basis
= Revenue earned - expenses incurred
= $64,000 - $35,000
= $29,000
The cash expenses incurred is
= $35,000 - $8,100
= $26,900
Firstly, you should calculate the prices of your market basket, which basically means multiply all the goods with their prices and then add them together in their respective years. This would give you $260, $440, $690 and $1200 in the years 2010 to 2013 respectively. (follow along by noting everything down)
We see that the base year is 2013, therefore if we want to calculate the inflation rate from 2010 to 2011, we have to calculate their price indices. We do this by dividing the maket basket of our chosen years by the market basket of the base year, therefore the price index of 2010 is $260/$1200, giving us 21.6. The price index of 2011 would be $440/$1200, giving us 36.6. To calculate the inflation rate, you find the difference between your two price indices and divide it by the former year, which would be 36.6 - 21.6 / 21.6 x 100, giving us the inflation rate of 69.2%.
