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:
Multiplier = 3.33
Explanation:
Investment / Spending Multiplier denotes increase in Income multiple times increase in causal Investment.
Multiplier = Change in Income / Change in Investment = 1 / 1 - MPC
<em>M</em> = ΔY/ΔI = 1/ (1-MPC)
At Equilibrium, Investment = Savings = 750. Change in Investment = 900 - 750 = 150. Change in Income = 500.
M = 500/150 = 3.33
3.33 = 1/(1-MPC)
MPC = 0.70
Answer: A. Managers scan their firm's environment to reduce uncertainty.
Explanation: In the context of the external environment of a firm, managers scan their firm's environment to reduce uncertainty. In doing so, they stay up to date on important factors in their industry which helps to reduce uncertainty. Environmental scanning simply involves searching for cues, important happenings, events, issues etc. that might affect an organization either positively or negatively.
Answer:
the answer is 6
Explanation:
In this case we would need to have a combination of each plant with each customer. So the variable would be in this way (3C X 2P)
Customer1 Customer2 Customer3
Plant1 P1C1 P1C2 P1C3
Plant2 P2C1 P2C2 P2C3
Once you have this you can calculate the best combination to minimize the cost of shipping
