Answer:
25 containers
Explanation:
The computation of the number of kanban containers required is shown below:
= (Lead time demand + Safety stock) ÷ Container size
where,
Lead time demand is
= 2,000 units × 4 days
= 8,000 units
Container size = 400 units
Safety Stock is
= 1 day × 2,000 units
= 2,000 units
So, the number of kanban containers required is
= (8,000 units + 2,000 units) ÷ (400 units)
= 25 containers
We simply applied the above formula
Answer: e. To drive up market share
Explanation:
Differentiation strategies involve adding features to a good to make it stand out from the Competition. Since these features are usually beneficial, the value of the good goes up and the company selling them can charge more. This is the main way things are done in Monopolistic markets.
However, sometimes it is best to charge the same price the Competition is charging even though you have a better product. This way the company is able to capture Market Share because the consumers will believe they are getting a better value for their money. For instance, if a company was selling Toyotas at $2,000 and it's competitor was selling the same Toyota but with 2 extra tires for the same $2,000 who would you use? The Competitor most likely.
This is why a firm might want to keep prices in line with competitors.
Foreign portfolio investment, which is simple people in one country investing in the assets of another country.
Answer:
Given this change in the cost, the adequacy and quality of the estimated cost drivers and costs used by the system will determine the costing results for SR6 under the new system.
Explanation:
A cost driver can be described as the unit of an activity or any factor that makes the cost of an activity to fluctuate. An estimated cost driver is adequate and of the expected quality when quality or quantity is satisfactory or acceptable.
Therefore, given this change in the cost, the adequacy and quality of the estimated cost drivers and costs used by the system will determine the costing results for SR6 under the new system.
On a graph that shows supply and demand curves, <u>equilibrium is the single point where the two curves meet</u> (aka are <em>equal</em>).
