Answer:
This means that receiving 9000 today is better for us as we will have more at the end of 6 years.
Explanation:
We need to first calculate what is the future value of payments in both scenarios. If we receive $9,000 today and invest it at 10% for 6 years we will have 9000*1.10^6=15,944
If we start reviving cash in 4 annual payments 2 years from now of $3000 we will have to find the future value of each individual payment and add them up.
First payment Future value = 3000*1.10^4=4392 (Money can be invested for 4 years at 10%)
Second payment future value = 3000*1.10^3=3993 (Money can be invested for 3 years at 10%)
Third payment future value = 3000*1.10^2=3630 (Money can be invested for 4 years at 10%)
Fourth payment future value = 3000*1.1=3300
Add them all up = 15315
This means that receiving 9000 today is better for us as we will have more at the end of 6 years.
A concrete step
Hope it helps!
Peyton is engaging in a sales strategy in which he would likely tell of the buyer that the land will increase twice as much in the following year if it has not been brought in which this strategy will be able to lure the buyer into thinking of whether he or she will buy the land or not.
Answer:
0.95 and 1.06
Explanation:
The computation of the present value index is shown below:
Present value index = Present Value of net cash Flow ÷ Amount invested
So for each projects, it would be
Particulars Des Moines Cedar Rapids
Total present value of
net cash flow (A) $712,500 $848,000
Amount invested (B) $750,000 $800,000
Present value index (A ÷ B) 0.95 1.06
Answer:
Machine hours (X) Utility cost
High 2,680 8,100
Low <u> (740)</u> <u> (4,650)</u>
<u> 1,940 </u> <u> 3,450</u>
Variable cost per machine hour
= $3,450/1,940 hours
= $1.7784 per machine hour
Explanation:
Using high and low method, we will obtain the highest activity (machine hours) and the corresponding cost. We will also obtain the lowest activity and the corresponding cost. Thereafter, we will deduct the lowest points from the highest points. Finally, we will divide the difference in cost by the difference in machine hours in order to determine the estimated variable cost per machine hour.
