Answer: Option D
Explanation: Matching principle is an accounting standard which states that the expenses incurred in a period should be recognized in the period in which the revenue relating to that expense is earned regardless of the fact when the cash exchange has been done.
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So, as per the given problem option D is the right answer.
Answer:
a. A taxable dividend of $15,000
Explanation:
The relevant variables are the friar market value and the tax liability on the land.
The fair market value is the amount at which an asset or a company will be exchanged between a knowledgeable willing seller and a knowledgeable willing seller in an ordinary transaction in the market. Put simply, the fair market value of an asset gives an estimation of the price that a buyer would pay to the owner of the asset if the owner decides to sell the asset.
When a company distributes an asset as a dividend to the owner, any liability taken over on the assets will be deducted from the fair market value of the asset to arrive at the taxable dividend.
From the question, the $55,000 tax liability assumed by Troy will be deducted from the fair market value of the asset to obtained the taxable dividend as follows:
Taxable dividend = Fair market value - Tax liability on the land
= $70,000 - $55,000
= $15,000
Therefore, the taxable dividend is $15,000.
Answer:
b. short-run ups and downs of the economy.
Explanation:
Cyclical unemployment is a form of employment that occurs as a result of fluctuations in the economy.
When there's a downturn in the economy, unemployment increases and It falls when there's a boom.
I hope my answer helps you
Business Intelligence. Business intelligence is a broad term that covers basically any information in any format that may be relevant to business strategies. This can include, transaction info, product info, trends, app statistics and so much more.
Answer:
24.7215
Explanation:
Given;
Discount = 50%
Regular price, p = $8
cost of cake, c = $5
salvage value, s = 50% of $8 = $4
Mean = 20
Standard deviation, σ = 7
Now,
Underage cost, Cu = p - c
= $8 - $5
= $3
Overage cost, Co = c - s
= $5 - $4
= $1
P ≤ 
P ≤ 
P ≤ 0.75
The Z value for the probability 0.75 is 0.6745
The optimal stocking level = Mean + ( z × σ )
= 20 + 0.6745 × 7
= 24.7215
