80 times .30= .20x +.60(80-x)
24=.20x+48-.60x
Subtract 48 from both sides
-24=-.40x
Divide both sides by-.40
X= 60
60 liters of 20%
Answer:
b.
Explanation:
Inventory control models assume that demand for an item is either independent of or dependent on the demand for other items. This is because the amount of stock that the company should have for an item depends on the demand for that item, but at the same time demand for that item will sometimes vary depending on the demand for other similar items which may or may not be taking market share away from the first item.
Answer:
The correct answer is 31 customers per day.
Explanation:
Consider the current capacity requirement as = x
Management wants to have a capacity cushion = 8%.
So the utilization is required = 100% - 8% = 92%
A process of currently services an average of 43 customers per day and utilization is 90%.
Expected Demand=70%= 70 ÷ 100 = 0.70
Current utilization = 90% = 0.90
Let Capacity requirement = X
Capacity requirement ÷ required utilization = Expected Demand rate × current service rate ÷ current utilization rate
X ÷ 0.92 = 0.70 × 43 ÷ 0.90
X = 0.70 × 43 ÷ 0.90 × 0.92
= 30.76 or 31
Needed capacity requirement is 31 customer per day.
Answer:
Bell inc should report $980,000 as the total amount of inventory at the end of the year.
Explanation:
Given information -
Inventory that were on hands - $830,000
Inventory that was in transit - $60,000
Inventory that was out on consignment - $90,000
Here for taking out the total inventory all of the given above items would be added .
Inventory that was in transit would be added because these f.o.b. goods would be considered transferred from seller to buyer as soon as they are shipped, so it doesn't matter if they're received two days after the inventory count , they will be added.
Goods which are sent on consignment would also be added because goods would remain in the name of consignor ( Bell inc ) until they're sold by consignee ( an agent who has been hired by Bell inc to sell its goods )
Inventory at end of year - $830,000 + $60,000 + $90,000
= $980,000
Help the child see that they themselves can answer what will happen if they come across a situation like so
