Answer:6 kanban containers are needed
Explanation: Using the formula
Number of kanban containers =( dL + S)/C
Where
Average demand, d = 200
Lead time, L = 2 days
Safety stock is 1 day, S = 200 units
Quantity in containers, C = 100
Number of kanban containers = dL + S/C
= (200 x 2 + 200)/ 100 =400+200/100
= 600/100 = 6
Therefore 6 kanban containers are needed
Answer:
The correct option is A. Need or Deficiency.
Explanation: A need is something that is necessary for an individual to function and live properly, while deficiency can be used to denote a state of lack. Our needs are often the motivating factor behind us working to earn a living, however, different people work for different reasons.
In the scenario presented above, we can see that Madeline is motivated to take on more clients due to the fact that she perceives that her needs will increase.
Therefore, the correct option to this question is that Madeline's motivation is due to need or deficiency.
Answer:
Explanation:
Below are some of the financial ratios he should consider:
a) Financial leverage ratios: This is used to measure the company earnings to service debt payments.
b) Return on investment: This is the ratio that is used to evaluate the profitability of the firm and the profit that is available to the stakeholders after all payments have been made.
c) Price to Earnings Ratio: This is an indicator of the price of the company's stock concerning the earnings per share. It is used to analyze if the stock price is over-priced or under-priced.
Answer:
Cost per equivalent unit: $60
Explanation:
Cost per equivalent unit = (Cost of Beginning Work in Progress Inventory + Total production cost during the period) / Equivalent Units of Production (EUP)
Total Production Cost = $90,000
Equivalent Units of production (EUP) = 1,300 + 400 x 50% = 1,500 units
Cost per equivalent unit: $90,000 / 1,500 units = $60
Answer:
1. Annual demand ( D) = 100,000 bags
Ordering cost per order (Co) = $15
Holding cost per item per annum (H) = 15% x $2 = $0.30
EOQ = √<u>2DCo</u>
H
EOQ = √<u>2 x 100,000 x $15</u>
0.30
EOQ = 3,162 units
2. Maximum inventory
= Safety stock + EOQ
= 1,500 + 3,162
= 4,662 units
3. Average inventory
= EOQ/2
= <u>3,162</u>
2
= 1,581 units
4. Number of order
= <u>Annual demand</u>
EOQ
= <u>100,000</u>
3,162
= 32 times
Explanation:
EOQ is the square root of 2 multiplied by annual demand and ordering cost per order divided by holding cost per item per annum.
Maximum inventory is the aggregate of safety stock and EOQ.
Average inventory is economic order quantity divided by 2
Number of order is the ratio of annual demand to economic order quantity.
