The Future value is $9523.42. Future value is the amount of money that, when invested now at an interest rate, will eventually grow to be.
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What is the Future Value of Money?</h3>
Future value is the amount of money that, when invested now at an interest rate, will eventually grow to be.
Calculation of Future value
Present Value = $7,000 interest rate = 8% Time = 4 years
FV = Future Value PV = Present Value
FV=PV(1+i)ⁿ
FV= 7,000(1+0.8)⁴= $9,523.42
Thus, the Future Value of $7,000 for four years is $9523.42.
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Answer:
The amount that will be received when CD matures is $1514.30
Explanation:
To calculate the amount that will be received at the maturity of the CD, we simply need to calculate the future value of the invested amount using annual compounding. The formula for the future value that we will use is,
Future value = Present value * (1+r)^t
Where,
- r is the rate of interest
- t is the time in years
Future value = 1275 * (1+0.035)^5
Future value = $1514.30
Answer and Explanation:
The journal entries are given below:
On May 4
Account payable $610
To cash $610
(To record the cash paid)
On May 7
Account receivable $6,840
To service revenue $6,840
(To record the service on account)
On May 8
Supplies $870
To Account payable $870
(To record supplies purchased on account)
On May 9
Equipment $1,930
To cash $1,930
(To record the equipment purchase)
On May 17
Salary expense $700
To cash $700
(To record the salaries expense)
On May 22
Repair expense $800
To Account payable $800
(To record the received bill for repairing of an equipment)
On May 29
Prepaid rent $1,280
To cash $1,280
(To record the cash paid)
Answer:
5.79 times
Explanation:
The computation of the Accounts receivable turnover ratio
= Credit sales ÷ average accounts receivable
where,
Average accounts receivable = (Opening balance of Accounts receivable + ending balance of Accounts receivable) ÷ 2
= ($46,400 + $49,700) ÷ 2
= $48,050
And, the net credit sale is $278,000
Now put these values to the above formula
So, the answer would be equal to
= $278,000 ÷ $48,050
= 5.79 times
Answer:
c.the expected future returns must be equal to the required return.
Explanation:
When the stock is at equilibrium than the intrinsic value of the stock is equivalent to the market price of the stock that depicts that the expected returns which held in the future should be equivalent to the required return
Therefore the option c is correct
And, the other options that are mentioned in the question are incorrect
