Answer:
A. 300
Explanation:
The computation of the economic order quantity is shown below:
= 
where,
Annual demand = 600 bottles × 50 weeks = 30,000 bottles
Carrying cost per bottle = $50 × 40% = $20
And, the ordering cost per order is $30
Now put these values to the above formula
So, the value would equal to
= 
= 300 bottles
Hence, option A is correct
Answer: a. benefits Boxlandian consumers by $672 and harms Boxlandian producers by $598.50.
Explanation:
Equilibrium price will be at level where quantity demanded equals quantity supplied.
200 − 2P = -60 + 3P
200+60 = 5P
5P = 260
P = $52
Equilibrium Quantity Demanded = 200 − 2P = 200 - 2 * 52 = 96 units
In a no-trade situation the demand in Boxland is 96 units at a price of $52. If they were to buy at the world price of $45, they would benefit;
= (96 * 52) - (96 * 45)
= 4,992 - 4,320
= $672
Producers however would produce the following at a price of $45;
Q S = -60 + 3P
= -60 + 3(45)
= 75 units
They would be supplying less units and be hurt.
Answer:
Will switching to a perpetual inventory system strengthen Triple Creek Hardware’s control over inventory items?
- Yes, a perpetual inventory system provides updated information about inventory levels and costs. Since it is updated immediately, many of the company's problems could be solved, e.g. you can place an alert for minimum inventory levels on certain products and you can determine if the stocks of low sellers are too high.
Will switching to a perpetual inventory system eliminate the need for a physical inventory count?
- It will not completely eliminate the need to carry out a physical inventory, but it should reduce it substantially. Also, you can carry out a random physical inventory for certain products only. If the physical count shows that there are problems with the registered inventory, then you can carry out a complete physical count.
Answer:
The total cost of direct material purchases for October is $6,788
Explanation:
For computing the total cost, first, we have to find the production cost which is shown below:
= October units + November or ending units × percentage given - October or beginning units × percentage given
= 4,500 units + 4,750 units × 10% - 4,500 units × 10 units
= 4,500 units + 475 units - 450 units
= 4,525 units
Now the total cost of material would be
= Production units × number of ounces × price per ounces
= 4,525 units × 3 ounces × $0.50
= $6,788
Answer:
c. 0.5
Explanation:
Please kindly check the image below to see the tabulated answer to the above question:
