Answer:
The number of kanban containers needed for the wheels is 4.2 containers
Explanation:
In order to calculate the number of kanban containers needed for the wheels we would have to calculate the following formula:
number of kanban containers needed for the wheels=Demand rate*(Average processing time+Average waiting time)*(1+Alpha)/Container size
According to the given data we have the following:
Demand rate = 2000 per day
Average processing time= 0.15 day
Average waiting time = 0.25 day
Container size= 200
Alpha= 5%
Therefore, number of kanban containers needed for the wheels=2,000*(0.15+0.25)*(1+0.05)/200
number of kanban containers needed for the wheels=4.2 containers
The number of kanban containers needed for the wheels is 4.2 containers
Answer:
a. Product X = 3.50 years
Product Y = 3.25 years
b. Product Y
Explanation:
The cash flows for the two products as well as the balance at the end of each year is given as follows:
For both products, the payback period is reached between the third and fourth year.
Product X:
Product Y:
Under the payback method, the alternative that presents the shortest payback period should be selected. Therefore, Product Y should be selected.
Connie can best be described as Solo Operator type of entrepreneur.
Explanation:
Connie is a single mother who works from home on her small business which is her primary source of income but is ridden by the work of house and work which makes her unable to expand her business as she cannot invest enough time in it.
This is happening because she is a sole operator as in she has to take all the decisions and do all the work by herself with no additional help from anyone else whatsoever in the family or the work front either.
It is referred as market control<span />
