Based on the information given for her to complete her letter, she must deposit D) $12,000.
<h3>
Deposit:</h3>
Using this formula
Deposited amount=Amount invested-Original investment
Where:
Amount invested=$25,000
Original investment=$13,000
Let plug in the formula
Deposited amount=$25,000-$13,000
Deposited amount=$12,000
Inconclusion for her to complete her letter, she must deposit D) $12,000.
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Answer and Explanation:
The economics of scope refers to the total cost production cost i.e to be averaged for the various type of goods
While on the other hand, the economics of scale refers to the benefit of the cost than occurs when there is a higher production level at a time
Based on this, the classification is as follows
1, Economics of scale as the output rises that declines the LAC so automatically it goes downward
2. economics of scope
Answer:
The benefit cost ratio is 1.564
Explanation:
The benefit-cost ratio is the ratio of the present value of benefits to the present value of costs. It is thus calculated as follows.
Benefit-cost ratio = Present value of benefits / Present value of costs
Present value of costs = $20,000 + $2,500 (P/A, 10%, 10 years)
= $20,000 + $15,361
= $35,361
Present value of benefits = $9,000 (P/A, 10%, 10 years)
= $9,000 x 6.145
= $55,305
Benefit-cost ratio = $55,305 / $35,361
= 1.564
Answer:
Cash, account receivable, equipment, utilities expenses, salaries expense
Explanation:
Normally, the asset and expense accounts have debit balances while the liabilities, equity, revenue and other income accounts have credit balances.
In the given list of account:
Cash, account receivable, equipment belong to asset accounts, therefore will have normal debit balance.
Utilities expenses, salaries expense belong to expense accounts, therefore will have normal debit balance.
Remaining items in a given list will have normal credit balance.
Answer:
b. Used to estimate how fast prices will double using a given annual inflation rate
Explanation:
Rule of 72 is a fast statistical method to determine how long an investment will double given annual interest rate.
Simply divide 72 by the annual interest rate.
Alternatively it can be used to calculated annual rate of return required to double investment.
Alternatively it can be used to calculate annual rate of return required to double an investment.
For example if $1,000 is to be doubled in 5 years.
Years to double= 72/ Interest
Interest= 72/5= 14.4%