Answer:
present value = $8396.19
Explanation:
given data
cash flow = $10,000
rate r = 6 %
time period t = 3 years
to find out
present value of the note
solution
we get here present value that is expressed as
present value =
....................1
put here value and we will get present value
present value =
solve it we get
present value = $8396.19
Answer:
By using the EOQ model, ray should order 22.8 units or 23 units each time
Explanation:
Solution
Recall that:
Ray annual estimated demand for this model is = 1,050 units
The cost of one unit carry is =$105
He estimated each order costs to place = $26
Now,
The EOQ model= (2*annual demand*ordering cost/holding cost per unit per year)^.5
Thus,
EOQ = (2*1050*26/105)^.5
EOQ = 22.8 units or 23 units
As a cashier it is your responsibility to follow the manager's instruction of entering each sale immediately after it occurs. Now, if the assistant manager told you otherwise, do not follow it because you might miss any sale if it will be entered later. Even if it is lunch hour traffic, this is also a crucial time to not make errors.
Answer:
yes
Explanation:
If you have to buy it yourself you will have the risk of losing hard earned money, so you end up conteplating weather you really want it.
Answer:
Total FV= $2,555,406.98
Explanation:
Giving the following information:
Investment 1:
Monthly deposit= $300
Number of months= 12*45= 540
Interest rate= 0.09/21= 0.0075
Investment 2:
Monthly deposit= $500
Number of months= 12*20= 240
Interest rate= 0.09/21= 0.0075
To calculate the future value, we need to use the following formula on each investment. <u>I separated into two to simplify calculations.</u>
FV= {A*[(1+i)^n-1]}/i
A= monthly deposit
<u>Investment 1:</u>
FV= {300*[(1.0075^540) - 1]} / 0.0075
FV= $2,221,463.54
<u>Investment 2:</u>
FV= {500*[(1.0075^240) - 1]} / 0.0075
FV= $333,943.44
Total FV= $2,555,406.98