Answer:
$224,174
Explanation:
Note : I have uploaded the full question below :
The Principle P that is required can be calculated from the given data though discounting future cash flows as follows :
FV = $1,000,000
r = 7½%
t = 20 × 12 = 240
P/yr = 12
Pmt = $0
PV = ?
Using a Financial Calculator to input the values as shown above, the PV would be $224,174 . Thus, the principal P that must be invested must be $224,174.
Answer:
Preston has to make four phone calls to clients today. The call to Mr. Miller will take about an hour to complete, the call to Ms. Winnecuit will take about five minutes to complete, the call to Mr. Drudge will take about thirty minutes and the call to Mrs. Freich will take about fifteen minutes to complete. If all the calls are equally important, who should Preston call first?
From the analogy above, in order to maximize the time frame. The call to lesser clients should be prioritized before others, this means that Preston should place a call to Ms Winnecuit which will last for five minutes follow by Mrs Freich which will last for fifteen minutes follow by Mr Drudge which will last for thirty minutes and lastly to Mr Miller which will last for about an hour.
Prioritization comes in play to time frame of each call, the lesser minutes calls will not take too much time to be completed while the call with highest time frame comes last as a result of the time involved.
Explanation:
His employing i dont know just guess and hope you get it right
Answer:
r = (- 4.431%)
Explanation:
Given that,
During 2003, auction house sold a sculpture(Final value) = $10,291,500
Purchasing Price of sculpture in 1999(Initial value) = $12,337,500
No. of years elapsed = 2003 - 1999
= 4 years
0.955680838 - 1 = r
- 0.04431 = r
- 4.431% = r
Therefore, annual rate of return on this sculpture is -4.431%
