Answer:
$172.25
Explanation:
initial outlay for the project = -$350
cash flow years 1-5 = [($300 - $135 - $70) x (1 - 36%)] + $70 (depreciation expense) = $60.80 + $70 = $130.80
using an excel spreadsheet and the NPV function, we can calculate the project's NPV with an 8% discount rate:
=NPV(8%,130.80,130.80,130.80,130.80,130.80) - $350 = $522.25 - $350 = $172.25
we can also do it manually:
NPV = -$350 + $130.80/1.08 + $130.80/1.08² + $130.80/1.08³ + $130.80/1.08⁴ + $130.80/1.08⁵ = $172.25
The best way to ensure the accuracy and safety of your accounts is to : monitor your online accounts regularly
You can never now if somehow your connection is monitored and compromised. Checking your accounts regularly will help you to be prepared for unexpected occurrences
hope this helps
Answer:
The rate of return on the risky asset is 16% and on treasury bill is 6% and we need a return of (1100-1,000)/1000= 10% or 0.1
If we think of x as the percentage investment in risky asset and 1-x as the investment in non risky asset we can mathematically find what proportion we need to invest in each asset to get this return.
16x+ 6(1-x)=10
16x+6-6x=10
10x=4
x=4/10
x= 0.4
This equation tells us that we should invest 40% in risky assets and 1-x which is 60% in treasury bills. We can test our answer by putting these values and see if the return is 10 %
(0.4*16)+(0.6*6)= Rate of return
Rate of return=10%
10% of 1000 = 100
100+1000=$1100
Explanation:
I think the answer is all of the above
Answer:
18.24%
Explanation:
Annual rate of return is used in determining the return on an investment over a 12 month or one year period.
Annual rate of return = [(future value / cost ) ^( 1/n) ] - 1
future value = 2150
present cost = 1100
n = number of years = 4
(2150 / 1100)^(1/4) - 1 = 0.1824 = 18.24%
