Answer: $324,800
Explanation:
It is a general Principle that when calculating income tax expense, that the Extraordinary loss is treated separately because it is not a usual thing.
The income gained from changing the Accounting principle is not included as well.
The Taxable income to be recorded therefore is,
Taxable income = Income + Gain on disposal - Unusual loss (due to its infrequency)
Taxable income = 928,000 + 32,000 - 148,000
Taxable income = $812,000
Tax expense would therefore be,
= 812,000 * 40%
= $324,800
$324,800 is the amount of income tax expense Arreaga would report on its income statement.
Answer:
See the explanation below.
Explanation:
The court likely to rule in favor of Ewing.
The reason is that the enough consideration that gives backing to a promise in this case is generally the waiver of a legal right to eat to obesity as requested by the other party.
The evidence that Ewing has lost 154 pounds in weight over the stipulated period is a consideration that sufficient enough under the law. The payment of $10 pound that Ewing has lost is a promise. The fact that Ewing also benefit from the weight loss does not matter.
I would think it could be a 4 ×4
992 candy bars must be sold to maximize revenue.
<h3>
What is revenue?</h3>
- The total amount of income generated by the sale of goods and services related to the primary operations of the business is referred to as revenue in accounting.
- Commercial revenue is also known as sales or turnover.
- Some businesses make money by charging interest, royalties, or other fees.
To find how many candy bars must be sold to maximize revenue:
The price of a candy bar is determined by the quantity sold:
- p(x) = 124 - (x/16) where x is in 1000s.
If the candy bar's price is p(x), the revenue function is:
- R(x) = p(x) · x = 124 · x - x²/16
Find the solution of R'(x) = 0 to maximize R(x):
- R'(x) = 124 - x/8
- 124 - x/8 = 0
- x = 992
Therefore, 992 candy bars must be sold to maximize revenue.
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The correct question is given below:
If the price of a candy bar is p(x) cents then x thousand candy bars are sold. The price p(x) = 124-(x/16). How many candy bars must be sold to maximize revenue?
