Answer:
$61,175
Explanation:
Base on the scenario been described in the question, we expected to solve for the future worth
The table of the cash flow is shows in the picture
We can find that by calculating the Future worth
Future Worth = {2,500 + 1,500(P/A 7%,10) 100 + (P/G 7%,10) } [F/P 7%, 20]
Future worth = { 2,500 + 1500(7.024) + 100(27.716)}
Future worth = $61,175
Given the following parameters:
The company sold $12,000 worth of
bicycles, with an extended warranty.
Average warranty expense is
estimated to be 2% of sales.
The current period's entry to
record the warranty expense is:
Warranty Expense $240
Estimated Warranty Liability $240
Rationale - 12,000 x 0.02 = 240
Answer:
GDP= 9,872
Explanation:
The Expenditure Approach is a method of measuring GDP by calculating all spending throughout the economy including consumer consumption, investing, government spending, and net exports. This method calculates what a country produces, assuming that the finished goods and services of a country equals the amount spent in the country for that period.
The formula is:
GDP=C+I+G+/-NX
GDP: Gross Domestic Product
(C) consumer spending – this is the amount that all consumers spend on goods and services for personal use.
(I) investment – this is the amount that businesses or owners spend to invest in new equipment or expansions.
(G) government spending – this includes spending on new infrastructure like bridges and roads.
(NX) net exports – this includes spending on a country’s exports minus its spending on imports.
GDP= 6,728+1,767 +1,741+(1,102-1,466)
GDP= 9,872
Answer:
x = $16,078.46
Explanation:
$100,000 = 1.0101x + 1.0204x + 1.0309x + 1.0417x + 1.0526x + 1.0638x
$100,000 = 6.2195x
x = $100,000 / 6.2195 = $16,078.46
month investment value at end of month 6
1 $16,078.46 $17,104.74
2 $16,078.46 $16,924.68
3 $16,078.46 $16,748.39
4 $16,078.46 $16,575.73
5 $16,078.46 $16,406.59
6 $16,078.46 $16,240.87
total $96,470.76 $100,001*
*the extra $1 is due to rounding errors.
