The plant as increased its production:
As it can make more than before, this means also that the plant is more efficient.
Hope this helps
Answer:
Option B, IRR is 14.42%
Explanation:
The IRR is the rate of return that equates the cost of the project to the present value of cash flows receivable from the project in future.
Using an excel approach, the formula formula IRR is given as:
=irr(values)
The values in this case are
-$1300 in year 0
$450 in year 1
$450 in year two
$450 in year 3
$450 in year 4
The irr gives 14.42% as shown in the spreadsheet attached
The cost of the investment of the investment project of $1300 equals the present values of its cash flows at 14.42% rate of return
Answer:
$146.932,81
Explanation:
You have to calculate the number of years that you have to keep the bond to mature, the answer is 5 years that is the difference between the two dates, now you have to calculate with the interest compound formula the future value of the bond so you have to use the next formula:
Future value = amount of money *((1+ interest rate)^(n))
Where n correspond to the number of years
Note: The interest rate is 8% but is paid each 6 months, it's a reason why you have to multiply n plus 2.
n= 5* 2
n= 10
FV= 100.000*((1+8%)^(10))
FV = $215.892,50
According with the information the bond will pay $215.892,50
You have to do A. Address problem with counterplan I just took the unit test I know for sure
