Answer:
PV= $10,030.27
Explanation:
Giving the following information:
Cash flow= $2,500
Lump sum= $4,000
i= 9%
n= 5
<u>First, we need to calculate the future value of the cash flows:</u>
FV= {A*[(1+i)^n-1]}/i
A= annual cash flow
FV= {2,500*[(1.09^4) - 1]} / 0.09
FV= 11,432.82
<u>Now, the total future value:</u>
FV= 11,432.82 + 4,000= 15,432.82
<u>Finally, the present value:</u>
PV= FV/(1+i)^n
PV= 15,432.82/1.09^5
PV= $10,030.27
Answer:
Yes the inspector should be hired
Explanation:
Defective average = 0.03
inspection rate = 30 per hour
Cost of inspector = 8 per hour
Correction cost is $10 each
No inspection = 9/30
= 0.300
Inspector = 8/30
= 2.67
Yes the inspector should be hired
Answer:
$46,800
Explanation:
Total overhead costs based on traditional systems of both products are: $52,000 +$78,000 = $130,000
Assuming that Perry Corporation applies the activity-based (setups and components) costing system instead of the traditional one, the overhead cost for the standard model can be calculated as following:
+) Overhead cost of each setup (for both products) = $52,000/(12 + 28) = $1,300
+) Overhead cost of each components (for both products)
= 78,000 / (8+12) = $3,900
=> Total overhead costs using activity - based costing system is:
<em>Total overhead costs = 1,300 x Number setups needed for standard model + 3,900 x Number of components needed for standard model</em>
<em>= 1,300 x 12 + 3,900 x 8 </em>
= $46,800
Answer:
It is a result of adverse selection
Explanation:
The economic problem in this story is adverse selection. As in this the person who take the insurance drive uselessly and carelessly . In Coverall, Inc., an insurance company's case insurance company increases premium amount in order to cover this type of customer. It is a result of adverse selection.
Answer and Explanation:
The computation of the overhead rate for each activity is as follows;
Overhead rate is
= Respective overhead cost ÷ Respective activity
For Machine setups
= ($202,800 ÷ 2,600 setups)
= $78 per setup
For Machining
= ($364,500 ÷ 24,300 machine hours)
= $15 per machine hour
For Inspection
= ($88,000 ÷ 1,600 inspections)
= $55 per inspection
In this way it is calculated