The factors in society are all around us and them.
As corny as it might sound but the early promoted careers all are because the parents and the teachers and the community.
Answer:
The answer is: the real gain in real GDP between 2010 and 2000 is 18.34%
Explanation:
First we have to determine the real GDP using the GDP deflator.
GDP deflator = (nominal GDP / real GDP) x 100
For year 2000:
24 = ($672 billion / real GDP ) x 100
2,400 = $672 billion / real GDP
real GDP = $0.28 billion
For year 2010:
51 = ($1,690 billion / real GDP ) x 100
5,100 = $1,690 billion / real GDP
real GDP = $0.331 billion
To calculate the real gain between real GDP from year 2000 to year 2010, we divide real GDP 2010 over real GDP 2000 and subtract 1:
($0.331 billion / $0.28 billion) -1 = 0.1834 x 100% = 18.34%
Answer:
The correct answer is letter "B": Preparing financial statements such as the balance sheet, income statement, and statement of cash flows.
Explanation:
A trial balance is a worksheet listing the debit and credit balances of all the ledger accounts for an entity. Under accounting theory, the total of all the debits must equal the total of all the credits. Since the trial balance is a list of all the accounts it serves as an accuracy check before the company prepares the financial statements including the <em>Balance sheet, Income </em>and <em>Cash Flows Statements</em>.
Answer and Explanation:
The computation of the given question is shown below:-
Total Contributions = Monthly contribution + Amount invested in Ferdinand’s 401(k)
= $250 + $125
= $375
1. Future Value = PMT [((1 + r)n - 1) ÷ r
Future value = 375 × ((1 + 0.03 ÷ 12) × 12 × 40 - 1) ÷ (0.03 ÷ 12)
= $347,272
2. Ferdinand deposit = Given Amount × Total number of months in a year × Number of years
= $250 × 12 Months × 40 Years
= $120,000
3. The Amount put in by the employer = 50% of $250 ×Total number of months in a year × Number of years
=
$125 × 12 Months × 40 Years
= $60,000
4. Interest = Future value - Ferdinand deposit - The Amount put in by the employer
= $347,272 - $120,000 - $60,000
= $167,272
We simply applied the above formulas