Answer:
Hence, $ 145548.77 should be invested in B today for it to be worth as much as investment A 9 years from now.
Explanation:
Future value of investment A
=2180*(((1+(8%/12))^(9*12)-1)/(8%/12))
=343196.39
How much money would you need to invest in B today
=343196.39/(1+10%)^9
=145548.77
Options :
A)net present value of the $25,000.
B)future value of the $25,000.
C)internal rate of the return on the $25,000.
D)present value of $25,000.
Answer: B)future value of the $25,000.
Explanation: The Smith's calculation and subsequent result which yielded $31,000 refers to the future value of $25,000. The initial $25000 is the present value of the amount held. If the initial amount is saved or deposited over a certain number of years in an account which yields a certain rate of interest per annum and is compounded either on a monthly, yearly, quarterly or semiannual basis as the case may be, in this scenario above, the interest is called mounded annually. This initial amount will grow and yield an amount which is greater than the present deposit. This is called the future value of the initial deposit.
Answer:
15.7 years
Explanation:
We employ a mathematical approach to solve this;
Present value (PV) of $10 per year at start of year, for n years = $100 (lifetime subscription, life = n years)
Now, we need to get the equivalent amount at the end of each year. This is obtainable from the cost of capital. Which is 7% and that is same as 0.07.
Therefore, we are expecting a value of 1+0.07 = 1.07 and this brings the equivalent amount at the end of each year = 10*1.07
Now, this equivalent amount at the end of each year will give;
(10*1.07)(1.07^n - 1)/(0.07*1.07^n) = 100
Where n is the number of years
n = 15.7 years
18 ticket takers should Madge hire, if Madge is the manager at a sports arena that draws an average 3,500 patrons per event and each ticket taker can process 200 event-goers per event.
Explanation:
The given is,
Madge is the manager at sports arena
3,500 patrons per event
Ticket takers can process 200 event-goers per event
Step: 1
Let, x - No. of ticket takers
Formula to calculate ticket takers,
Substitute the values,
= 17.5
x ≅ 18 ticket takers
Madge should hire 18 ticket takers.
Result:
18 ticket takers should Madge hire, if Madge is the manager at a sports arena that draws an average 3,500 patrons per event and each ticket taker can process 200 event-goers per event.
The following statement is false. A continuous process indicates production of discrete parts moving from workstation to workstation at a controlled rate.
A continuous process indicates production of discrete parts moving from workstation to workstation at a controlled rate. One difference between an production line process flow and a nonstop process flow is that on the mechanical system the flow is discrete instead of continuous. an eternal process could be a process within which the merchandise comes out without interruption and not in groups. One difference between an production line process flow and a nonstop process flow is that on the mechanical system the flow is discrete instead of continuous. Therefore the subsequent statement is false.
Learn more about continuous process.
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