Answer:
The estimated bad debt expense for the year amounts to $9,400
Explanation:
The estimated bad debt expense for the year is computed as:
As the percentage of credit sales method is used for estimating the bad debt expense. Therefore, it is computed as:
Bad debt expense = Net Credit Sales × Estimate Percent
where
Net credit sales amounts to $188,000
Estimate percent is 5%
So, putting the values above:
Bad debt expense = $188,000 × 5%
Bad debt expense = $9,400
Therefore, the bad debt expense amounts to $9,400
Answer:
b. 3.70 percent
Explanation:
Expected rate of return of a stock, given probabilities, is calculated by summing up the product of probability of each state occurring by the expected return of the stock should that happen.
Expected rate of return = SUM (probability *return)
Boom;(probability* return) = (0.15* 0.10) = 0.015 or 1.5%
Normal ;(probability* return) = (0.70* 0.04) = 0.028 or 2.8%
Recession ; (probability* return) = (0.15* -0.04) = -0.006 or -0.6%
Next, sum up the expected return for each state of the economy to find the expected rate of return on this stock;
= 1.5% + 2.8% -0.6%
= 3.7%
Therefore, the correct answer is choice B.
When there is a change in activity level, then:
- Total variable cost changes.
- Variable per unit remains constant.
<h3>What happens when activity level changes?</h3>
As a result of the change in activity level, the variable cost will change in total because it increases when there is an increase in number of units produced.
The unit variable cost will however remain the same as the company incurs the same variable cost per unit produced.
Find out more on variable cost per unit at brainly.com/question/26373444.
Answer:
$800,000
Explanation:
The calculation of book value of the assets of the cosmetics component is given below:-
Gain on Sale of the Assets = Income from Operation of a Discontinued Components - Income from Operations
= $620,000 - $300,000
= $320,000
Gain/Loss on Sale of Asset = Sale Value of Assets - Book Value of Assets
= $1,120,000 - $320,000
= $800,000
Metagenomics is the study of genetic material recovered directly from environmental samples. The broad field may also be referred to as environmental genomics, ecogenomics or community genomics.
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