Answer:
One approach is to use the simple equation Value = Benefits / Cost. The plus side to this approach is that it is concrete and quantifiable. You can measure the profit consistently throughout the life of the product, charting changes in value over time.
Chart, because a chart has coloumns, and at the top it labels clearly the contents of the coloumn
Answer:
a.$7.43 per machine hour
Explanation:
The computation of the single plant wide rate is shown below:
Single plant wide rate = Total overhead cost ÷ Machine hours
where,
Total overhead cost = $84,000 + $72,000 = $156,000
And, the machine hours is
= 1,000 units × 5 + 2,000 units × 8
= 5,000 + 16,000
= 21,000 machine hours
So, the single plant wide rate is
= $156,000 ÷ 21,000 machine hours
= $7.43 per machine hour
Answer:
$80541.
Explanation:
Please find the detailed answer as follows:
The Present value is the present value of a future amount of money or stream of cash flows of a specified rate of return
. Please refer to the present value formula .
Present Value = 20000/ (1+.10) ^1 + 30000/ (1+.10) ^2 + 50000/ (1+.10) ^3 = $80540.95 or $80541 .Therefore the correct answer is $80540.95 or $80541.
Answer:
, other things being equal?DPMO= # of defects/# of opportunities for error per unit x # of units (1,000,000)DPMO= 23/1500 x 1,000,000 or DPMO= 23/1,500,000,000 or DPMO= 1.53The 1.53 is within the target specification of Six Sigma. This performance is rated as within limits means the process is working well. The product is within the limits of the defects allowed based off the1500 parts or the “four defects per million units
Explanation: