Answer: E. System
Explanation: It is an example of a "system ", all of the company interrelated part working together to accomplished restoration of Ryan's home.
A System is a form of interrelated or interacting entities that form as a whole. It is described by its temporal boundaries, influence and surrounded by its environment and function together to achieve a set objective.
Answer:
Explanation:
FORECAST ACTUAL
April 256 206
May 328 252
June 403 330
July 353 305
August 378 324
September 452 395
April Forecast Accuracy = 206/256 = 80.5%
May Forecast Accuracy = 252/328 = 76.8%
June Forecast Accuracy = 330/403 = 81.9%
July Forecast Accuracy = 305/353 = 86.4%
August Forecast Accuracy = 324/378 = 85.7%
September Forecast Accuracy = 395/452 = 87.4%
B. The Model needs to be changed, as it delivers below 100% month on Month.
The Business is over forecasting consistently and need to change the Model immediately to reflect the right forecasts for the next 6 months.
Answer:
C. Greater than $6 but not greater than $9
Explanation:
The computation of the unit holding cost per year is shown below:
As we know that
where,
Annual demand is 450 × 52 weeks = 23,400 units
Ordering cost is $35 per order
Economic order quantity is 468 units
Now placing these values to the above formula
Now to find out the carrying cost, the calculation is given below:
= (2 × 450 units × $35) ÷ 468^2
= $7.48 per unit
The carrying cost is also known as holding cost
The answer to the question above is option C: they can result in a channel member having too much control. Firstly, we define what vertical system is. From the term itself vertical, the formation of the members is from top to bottom. Therefore, this includes the <span>producer, wholesaler, and retailer and this is where the distribution channel occurs. The reason why this kind of system is a business ethic issue is due to channel members that might have too much control because of their positions and unequal distribution of tasks. </span>
Answer:
100 times per year
Explanation:
Data provided in the question:
Annual Demand , D = 320,000 boxes
Cost of storing one box, C = $10
Plant set up cost for production, c = $160
Now,
The optimal ordering quantity = 
or
The optimal ordering quantity = 
or
= 3200
Therefore,
Number of timer in year company produce boxes = 
= 
= 100 times per year
