To predict the total costs for 3,000 birdcages:
Use the average cost per unit of $18.00 and multiply it by 3,000.
($18)(3,000)= $54,000
$54,000 is the predicted total costs of 3,000 birdcages.
Answer:
The estimated inventory at the end of February is $73400 as shown below
Explanation:
Beginning Inventory $57,800
Plus: Net purchases $120000
Freight-in $2,700
Cost of Goods Available for Sale $180500
less: Cost of Goods Sold
Net Sales$180000
Less Estimated Gross Profit $81000
Estimated Cost of Goods Sold $99000
Estimated Inventory before Theft 81500
Less: Stolen Inventory 8,100
Estimated Ending Inventory 73400
Gross profit $180000*45%=$81000
Medicare coverage outside the United States is limited.
mostly, Medicare won’t pay for health care or supplies you get outside the U.S.
The term “outside the U.S.” means anywhere other than the 50 states of the
U.S., the District of Columbia, Puerto Rico, the U.S., Guam, American Samoa,
and the Northern Mariana Islands, Virgin Islands.
The primary weakness of the imitation account is that it does not account for generatively.
Imitation based account of belief transmission more focus on the formation of belief because of the voluntariness of imitation and the non-voluntariness of belief formation. Imitation is powerful learning mechanism.
Answer:
The answer is 27 hours
Explanation:
Solution
The Comparative advantage depends on production of the lower opportunity cost
The opportunity cost of a production is =maximum production of other good /maximum production of the good
Now,
The opportunity cost of hot dog bun for town A =10/4=2.5
Thus,
The opportunity cost of hot dog bun for town B=6/10=0.6
So,
The town B has a comparative advantage in hot dog buns and A in sausages
Town A will produce-only sausages and it will take the time of
time in hours =total required a quantity of the good /number of products in an hour
Now,
The time for Town A for sausages=120/10=12 hours
The time for Town B for hot dog buns=120/8=15 hours
Therefore, The total time =12+15=27 hours.
