<span>To find the cost of going to this college in four years, sum all the values given (9350 + 8630 + 1650 + 2140 + 1110), which gives $22,880 for attending. Subtracting 4500 for grants and 8630 for not having to live on-campus gives a value of $9750 required. Dividing this value by 48 months (the time left before he begins attending) gives an approximate value of $203.13 needed to be saved per month without any interest being added. To make sure that Caleb has enough if the $3.13 per month isn't made up by interest down the line, $300 should be saved each month.</span>
Answer:
the marginal propensity to consume is 0.75
Explanation:
The computation of the marginal propensity to consume is shown below:
MPC = Change in consumption ÷Change in disposable income
where,
The Change in consumption is 1500
ANd, the Change in disposable income is 2000
So,
MPC is
= $1,500 ÷ $2,000
= 0.75
hence, the marginal propensity to consume is 0.75
Answer: GDP data that has been adjusted for changes in the price level
Explanation:
Real GDP refers to the Nominal GDP adjusted for inflation. Nominal GDP calculates the value of final goods and services in the Economy by using the price levels of that year so if inflation has occurred, comparing it to previous years would be inaccurate.
The Real GDP would use the price levels of a base year to calculate the GDP of the current year so that the effect of inflation may be negated and the real growth of the economy can be seen.
Answer:
It would take exactly 37 years
Explanation:
If we suppose that the economy starts at 10,000 billion dollars in 2020, the economy would only double by the year 2057, reaching a value of 20,399 billion dollars.
If we substract 2020 from 2057, we obtain 37, which is the number of years it took for this economy to double growing at a rate of 2% per year.
Answer:
the depreciation that should be charged over the useful life each year is $20,000
Explanation:
The computation of the depreciation expense using the straight line method is shown below:
= (Purchase cost of an equipment - residual value) ÷ (useful life)
= ($135,000 - $15,000) ÷ 6 years
= $120,000 ÷ 6 years
= $20,000
hence, the depreciation that should be charged over the useful life each year is $20,000
