Answer:
Callie's Gross Profit is $562000
Explanation:
Gross profit is the profit earned by a business after deducting the costs associated with producing or selling its goods (for manufacturing and trading businesses) or the costs associated with providing the services (for service businesses) from the net revenue.
It is the profit from the trading section of the business before deducting the operating and financing expenses of the business and before adding any other income.
The gross profit is simply calculated as follows,
Gross Profit = Net Revenue - Cost of Goods Sold
Callie's gross profit = 940000 - 378000
Callie's Gross Profit = 562000
Answer:
Net Present Value = $660.98
Explanation:
<em>The Net present value (NPV) is the difference between the Present value (PV) of cash inflows and the PV of cash outflows. A positive NPV implies a good and profitable investment project and a negative figure implies the opposite. </em>
NPV of an investment:
NPV = PV of Cash inflows - PV of cash outflow
<em>PV of cash inflow = A× (1- (1+r)^(-n))/r
</em>
A- annul cash inflow, r- 8%, n- 3
PV of cash inflow= 41,000× (1- 1.08^(-3))/0.08
= 105,660.98
Initial cost = 105,000
NPV = 105,660.98 - 105,000
= $ 660.98
The postdated checks are considered to be an accounts receivable for accounting purpose.
<h3>What is a
postdated checks?</h3>
These are checks that is expected to make a payment to be processed on a specified date in the future.
However, in accounting, the postdated checks are considered to be an accounts receivable by a firm for accounting purpose.
Read more about postdated checks
<em>brainly.com/question/3257002</em>
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The FAFSA is handy to know what you could possibly get when applying to college to help pay for things even if you don’t expect aid you might get more than you think
Answer:
Final value= $2,282.013
Explanation:
Giving the following information:
Erick is planning to invest $500 at the end of year one, 800 at the end of year two, and 900 at the end of year three at 4.5 percent interest.
To calculate the total final value of the investment, we need to use the following formula for each deposit:
FV= PV*(1+i)^n
Deposit 1= 500*1.045^2= 546.013
Deposit 2= 800*1.045= 836
Deposit 3= 900
Final value= $2,282.013
