I feel the answer is B I really hoped this helped have an amazing day
Answer:
$12,650,000.
Explanation:
Reserves is the total amount of a bank's deposit that is not given out as loans
Reserves = Deposits - outstanding loans
Required reserves is the percentage of deposits required of banks to keep as reserves by the central bank
Required reserves = reserve requirement x deposits
0.09 x 415 million = 37.35 million
Excess reserves is the difference between reserves and required reserves
50 million - 37.35 million = 12.65 million
Answer:
Present Value = $22,663.69
Explanation:
<em>The present value of a sum expected in the future is the worth today given an opportunity cost interest rate. In another words ,it is amount receivable today that would make the investor to be indifferent between the amount receivable today and the future sum.</em>
The present value of a lump sum can be worked out as follows:
PV = FV × (1+r)^(-n)
PV - Present value - ?
FV - Future value - 26,800
r- Interest rate per period - 4.28%
n- number of periods- 4
PV = 26,800 × (1.0428)^(-4)=22,663.69
PV = $22,663.69
Answer:
The answer is B.
Explanation:
The first is the journal. A journal entry may be a summary of the debits and credits of the transaction entry to the journal.
Followed by a ledger which may be a book containing accounts during which the classified and summarized information from the journals is posted as debits and credits.
Trial balance which is that the listing of all accounts (asset, liability, equity, revenue, expense) with the ending account balance or or its a report that lists the balances of all book accounts of a corporation at a specific point in time.
And lastly the financial statements. they're written records of a business's financial situation
Answer:
NPV = $20,040.35
Explanation
The net present value NPV) of a project is the present value of cash inflow less the present value of cash outflow of the project.
NPV = PV of cash inflow - PV of cash outflow
We can set out the cash flows of the project using the table below:
Annual net cash inflow = Savings - Technician cost = 61,427- 20,000
= $41,427
PV of Cash flow= $41,427 × (1-(1.12^(-5))/0.12= 149,335.06
PV of salvage value = 1.12^(-5)×$6,641 = 3768.281749
NPV = 149,335.06 + 3,768.281 -133,063= 20,040.35