Answer:
a. 166 units should be ordererd of brackets
b. They have when they should place a new order with the supplier 10 brackets
Explanation:
According to the given data we have the following:
Annual Demand= 850 brackets
Buying cost=$10
carrying cost=13%×$10=$1.30
ordering cost per order=$21
a. To calculate how many brackets should be ordered when WCU places an order with their supplier we have to calculate the EOQ as follows:
EOQ=√<u>2AO</u>
C
EOQ=√<u>2×850×21</u>
1-30
EOQ=166 Units
166 units should be ordererd of brackets
b. To calculate how many brackets do they have when they should place a new order with the supplier we would habe to make the following calculation:
Reorder point=<u>Annual Demand </u> × lead time
working days in year
Reorder point=<u>850 × </u> 3
250
=10 brackets
They have when they should place a new order with the supplier 10 brackets
Answer:
1. Under what condition(s) can an economy make a relatively quick and easy transition to full-employment level of output?
Classical economics are great theoretically, but actual evidence from real life is always against them. The problem with wages and unemployment is that wages are sticky, no one likes a wage cut and employees will always fight against them. That results in drastic changes in the level of unemployment, since it is easier to fire employees than lower their salaries.
When a demand shock occurs, and the aggregate demand curve shifts to the right, the aggregate supply curve will also shift. At this point, suppliers will need to hire more employees and fast since they cannot keep up with the demand. The problem is that in real life, demand shocks are sudden only in theory, no one will wake up tomorrow having twice the money and willing to spend it all immediately.
Classical economics work on the long run, but the problem is that the long run is not a definite point in time. We might actually never live to see the long run occur.
2. What condition(s) would keep an economy from moving back to full employment quickly and easily?
Shifts in the aggregate demand curve never occur from one day to another, they are gradual and take time. In real life, unless you suddenly win the lottery, the amount of goods that you purchase is generally stable. It will increase or decrease over time but not abruptly. Since sudden demand shocks do not occur in real life, neither do sudden shifts in the employment level. That is why the government issues monthly unemployment data, and you analyze the trends over several months or even years.
Answer: $90
Explanation: closing stock as at November ending is 3, consisting of:
1 DVD bought on 1st June @ $47
1 DVD bought on 1st Nov @ $43
1 DVD bought on 30th Nov @ $36
using FIFO (First in first Out) inventory method, 2 of the DVD was sold as at the end of December.
Cost of goods sold in the month of December is $47 +$43 = $90
Since the equation would be:
The inequality would be:
It would be :
The most there can be are 48 attendees.
Tell me if this helps by marking the answer, thank you!!
Answer:
See below
Explanation
1. Value of inventory sold
= $280 million in inventory + COGS $23,100 million
= $303,100 million
2. Cost of goods sold
From the above passage, we have been given the COGS , which is $23,100 million
3. Compute inventory turns
= Cost of goods sold / Average stock
= $23,100 million / $151,550
=
