Answer:
owkaowowooaoaoaoaooaoaoaooaoaooaoaoaooa
Explanation:
aooaoaoaoaooaoaoaoaooaoaoao
Answer:
1. 5.00%
2. 15.70 year
Explanation:
As per the data given in the question,
1) For computing the interest rate we need to applied the RATE formula which is shown in the attached spreadsheet
Given that
Future value = 0
Present value = -$2587.09
PMT = $950
NPER = 3 years
The formula is shown below:
= RATE(NPER;PMT;-PV;FV)
The present value comes in negative
After applying the above formula, the interest rate is 5%
2) For computing the number of years we need to use NPER i.e to be shown in the attachment below
Given that
Future Value = $920,925
Present Value = 0
PMT = -$40,000
Interest rate = 5%
The formula is shown below
= NPER(RATE;-PMT;PV;FV)
The PMT comes in negative
After applying the above formula, the nper is 15.70 years
Answer:
8.13%
Explanation:
Annual return = [ (Total FV/Initial investment)^(1/n) ] -1
n = useful life of the project
Total Future Value = (22650*5) +5000
Total FV = $118,250
Initial investment = $80,000
Annual return = [ (118,250/80,000)^(1/5) ] -1
r = [ (1.478125^(1/5)] -1
r = 1.0813 - 1
r = 0.0813 or 8.13%
<span> Manufacturing overhead describes the difference between manufacturing overhead cost applied to work in process and manufacturing overhead cost actually incurred during a period.</span>
Over-applied manufacturing overhead would result if the manufacturing overhead cost applied to work in process is more than the manufacturing overhead cost actually incurred during a period. So, in over-applied overhead the applied overhead is bigger than the actual overhead.