Answer:
$18,750
Explanation:
The double declining method of depreciation (DDB) formula is:
DDB= 2 * Cost of the asset * Depreciation rate (DR)
DR= (1/useful life)*100
For this problem:
Value to depreciate: $75,000
DR= (1/4)*100= 25%
DEPRECIATION YEAR 1: DDB= 2 * $75,000*25%= $37,500
Machine´s value year 1: $75,000-$37,500= $37,500
DEPRECIATION YEAR 2: DDB= 2*37,500*25%= $18,750
Answer: Sherry and Maria.
Explanation:
Answer: Time period assumption.
Explanation:
The time period assumption is an accounting standard that enables businesses to record their financial activities for a given time frame ( it could be a measure of either yearly, half yearly, monthly, weekly or daily financial activities).
Answer:
The correct answer is: market prices that are determined by consumers and producers acting in their own self-interest.
Explanation:
In a market system, the price of a good is determined by the intersection of demand for goods by consumers and the supply of goods by the producers. The price is determined at the point where the market forces of demand and supply are equal.
The producer is trying to maximize its profit while the consumer is trying to maximize its utility. Both are working for their self-interest and in this way are able to allocate scarce resources through the working of the market system.
Answer:
A) At point C, 2 automobiles will equal 9 forklifts. Therefore, an extra automobile would cost 4 and a half forklifts.
B) Also, because 6 forklifts equal 2 automobiles, an additional forklift would cost 1/3 automobiles
Explanation:
It only costs 3 forklifts to manufacture the first two cars; the next pair comes at a cost of 6 forklifts. Therefore, it will cost a dozen forklifts to manufacture the last 2 automobiles. This demonstrates that every extra car produced comes at a greater cost than the one before.
Cheers