Answer:
D. Any of the above, depending on the transactions
Explanation:
The double entry principle simply means that any accounting transaction has two records: one credit, and one debit, and it depends on the nature of the transaction, and of the accounts involved which specific value is credited and which one is debited.
For example, if a firm purchases 100$ of office supplies with cash, the credited account is cash, because cash is reduced by $100, while the office supplies account is debited by the same value.
If a firm sells 100$ of office supplies instead, the office supplies inventory is credited for this value, while the same amount of cash is debited for this same amount.
Answer:
13.5%
Explanation:
Relevant data provided for computing the profit margin which is here below:-
Net Income = $175,000
Net Sales = $1,300,000
The computation of profit margin is shown below:-
Profit Margin = (Net Income ÷ Net Sales) × 100
= ($175,000 ÷ $1,300,000) × 100
= 13.5%
Therefore for computing the profit margin we simply applied the above formula.
Answer:
The answer is <u>"$110 billion".</u>
Explanation:
Firms increase their investment by $11 billion
mpc = 0.9
gdp = ?
To find the gdp, first we have to find expenditure multiplier;
we will find that by using the formula;
expenditure multiplier = 1/(1-0.9) = 1/0.1 = 10
Now gdp = 10 x $11 billion
= $110 billion
Thus the <u>gdp is $110 billion.</u>
Answer:
D. 8 percent interest for 9 years
Explanation:
We would use the formula future value formula below to determine which of the investment options would double her money:
FV=PV*(1+r)^n
PV is the amount invested which is $1000
r is the interest rate expected to be earned while n is the number of years First option:
FV=$1000*(1+6%)^3
FV=$1,191.02
Second option:
FV=$1000*(1+12%)^5
FV=$1,762.34
Third option:
FV=$1000*(1+7%)^9
FV=$ 1,838.46
Fourth option:
FV=$1000*(1+8%)^9
FV=$2000
Last option:
FV=$1000*(1+6%)^10
FV=$ 1,790.85
Answer:
B. The physical count of securities and cash
Explanation:
An objective is the business's goal and in order to see that the quantity would need to be in a physical sense to see growth over time.
