Answer:
$7,986
Explanation:
To calculate the equivalent annual cost for 5 year period at an interest rate of 10% per year we need to go through some minor calculations first.
DATA
Cost in first year (A) = $10,000
Decrease in cost each year after the first year (G) = $560
Interest rate = 10%
Time period = 5 years
Solution
EAC = A - G (A/G, i, n)
EAC = $9,000 - $560(A/G, 10%, 5)
EAC = $9,000 - ($560 * 1.8101)
EAC = $9,000 - $1,013.656
EAC = $7,986
Answer: c.) Yes, the process is in control.
Explanation:
For the process to be in control, the number of defects have to be between the Upper Control Limit and the Lower Control limits of the c-chart which can be used to measure defects of irregularities per unit.;
UCL = C-bar + z*√(c-bar)
LCL = C-bar - z*√(c-bar)
C - Bar = 
C - Bar = 
C - Bar = 4.375
z = 3 when using the 3 sigma control
UCL = C-bar + z*√(c-bar)
UCL = 4.375 + 3 * √(4.375)
UCL = 10.65
LCL = C-bar - z*√(c-bar)
LCL = 4.375 - 3 * √(4.375)
LCL = -1.9
LCL = 0 (Lower limit minimum should be 0 at least)
Defects are within the control limits. The process is in control.
Answer:
The correct answer is behaviorally anchored rating scale.
Explanation:
The behavior-based rating scale is a performance appraisal method that combines elements of the traditional rating scale and critical incident methods. In this, various levels of performance are presented along with a scale that describes them regarding the specific work behavior of an employee.
Answer:
The answer is E.
Explanation:
Total payment from customers is:
$537,400 + $737,500
= $1,274,900
Weighted average delay from customer A is:
($537,400/$1,274,900) x 3
=1.26 days
Weighted average delay from customer B is:
($737,500/$1,274,900) x 1
=0.58 day
Therefore, total weighted average delay is:
1.26 days + 0.58 day
=1.84days
I think I must first get the marginal cost of the product before i bought if it is worth it to its value, Then i would compute for the marginal benefit to know what would i gain in this product. Lastly I would compare both the marginal cost and marginal percentage if the cost is lower than the benefit then the product is worth it to buy.
