Answer:
NPV= 1,036.16
Explanation:
Giving the following information:
Initial investment= $9,000
Cash flows= $2,700 at the end of each of the next four years.
Interest rate= 3%
To calculate the net present value (NPV), we need to use the following formula:
NPV= -Io + ∑[Cf/(1+i)^n]
Cf1= 2,700/1.03= 2,621.36
Cf2= 2,700/1.03^2= 2,545
Cf3= 2,700/1.03^3= 2,470.88
Cf4= 2,700/1.03^4= 2,398.92
Total= 10,036.16
NPV= -9,000 + 10,036.16
NPV= 1,036.16
Answer:
It sacrifice short-term losses for long-term benefit.
Explanation:
As a result of you making a good business decision it allows you to absorb the short term losses in getting a better long time benefit that will last for decades of profit maximization that will cover times ten of your short term losses.
Answer:
Conversion Cost Equivalent units FIFO 39, 125
Explanation:
Beginning WIP 5,000 30% completed
transferred units 39,500
ending WIP 4,500 25% completed
<u>The equivalent units will be:</u>
the transferred units
- complete portion for the beginning WIP
+ complete portion of the ending WIP
transferred out 39,500
work in previous period
5,000 x 30% = (1,500)
worked but not complete
4,500 x 25% = <u> 1, 125 </u>
Equivalent units FIFO 39, 125
The biggest losers in that case were the tax payers.
Under the <span> institutional treasury management case, it involved the frauding of millions of dollars that is hidden from a certain investment account.
If not being fraud ,These millions of dollar should've resulted in about 40% tax rate that will be used by the government for the benefit of the taxpayers in the form of welfare or other infrastructures</span>
Answer:
The Bond's Current yield = 4.95%
Explanation:
Annual coupon = Value of Bond * Annual Coupon rate
Annual coupon = $1000 * 4.8%
Annual coupon =$48
The Bond Current yield =Annual coupon / Current price
The Bond Current yield = $48 / $970
The Bond Current yield = 0.049485
The Bond Current yield = 4.9485
The Bond Current yield = 4.95%