Answer: The efficient outcome is to have the security system installed. After the meeting the security system will <em><u>be installed</u></em>, which illustrates the <em><u>free rider problem.</u></em>
Free rider is the burden on resource which is been shared, the problem is created by its usage or over-exploitation by individual who aren't paying their fair share.
∴ Here Tom is a free rider. i.e. He is willing to pay $100 where he should've paid $250.
Answer:
Value of closing inventory = $25771.04
Explanation:
To calculate the value of ending inventory under a periodic average cost method, we will calculate the average price per unit of inventory at the end of the month. To calculate the average price per unit, we simply divide the total cost of the inventory by the total number of units for the month.
Average cost per unit = Total cost of all units for the month / Total units available for the month
<u />
<u>Total cost of all units:</u>
Beginning inventory (485 * 66) 32010
Purchase 1 (725 * 69) 50025
Purchase 2 (364 * 71) <u> 25844</u>
Total 107879
<u>Total Units</u>
Beginning Inventory 485
Purchase 1 725
Purchase 2 <u>364</u>
Total 1574
Average cost per unit = 107879 / 1574
Average cost per unit = $68.54
Units of closing inventory = 1574 - 1198 = 376 units
Value of closing inventory = 376 * 68.54
Value of closing inventory = $25771.04
Answer:
b) false
Explanation:
tell me if I'm wrong. mark me brainliest if this helps :)
Answer:
B
Explanation:
It is said that the required ending inventory for the month is $15000 and 20% of the next month's sales.
We are considering the month of march here, therefore the ending merchandise inventory is $15000- and 20% of April's sales.
Given:
April's sales = $91,000
Hence, 20% of April's sales = 0.2*91000 = $18200
Hence, ending merchandise inventory for March = 15000 + 18200 = $33,200