Answer:
c. the analysis of receivables method.
Explanation:
In accounting for uncollectible receivables, the balance in Allowance for Doubtful Accounts will directly impact the amount of the adjustment when applying the analysis of receivables method.
The uncollectible account for receivables includes loans, credit sales or other debts that the business isn't expecting payment for and they are recorded as bad debt expense on the balance sheet.
The allowance for doubtful account method is used to account for the bad debt expense, and recorded before the bad debt occurs.
Basically, there are two (2) main methods of determining uncollectible accounts for receivables under the allowance method, these are;
1. The analysis of receivables method.
2. The percentage of sales method.
In this scenario, we are more concerned with this;
The analysis of receivables method is used to determine uncollectible account for receivables based on the age of respective accounts receivable.
<span>Given Data:
</span><span>
The return = 12%</span><span>
Stock price = </span>$43/share
<span>
Dividend = $1.00
Growth rate = </span><span>30% per year
</span> D₄ = $1.00 × (1.30)⁴
<span> = $2.8561.
</span><span>
Stock's expected constant growth rate after t = 4
</span>
Stock's expected constant growth rate:
X = 6.34%
Answer:
The price per share should be $22.5
Explanation:
The price earnings multiple or P/E tells us how much price the investors are willing to pay for $1 earnings of the company.
We first need to calculate the earnings per share of the company.
Earnings per share = Net Income / Number of outstanding common shares
Earnings per share = 1500000 / 1000000 = $1.5 per share
Using the P/E for the industry, the price per share of Flintstone should be,
P/E = Price per share / Earnings per share
15 = Price per share / 1.5
15 * 1.5 = Price per share
Price per Share = $22.5
Answer: Option (B) is correct.
Explanation:
Correct option: Decreasing marginal product.
Marginal product is the change in the level of output, when there will be an extra input employed in the production of a certain commodity.
So, Marginal Product = 
Where,
Q = Output
I = Input
Marginal product of 1st bag = 500
Marginal product of 2nd bag = 
= 300
Marginal product of 3rd bag = 
= 100
∴ From the above calculations, we can seen that as we employed one more bag of seeds as a result marginal product goes on diminishing.
Hence, Joan's production function exhibits decreasing marginal product.
Answer:
transferred-out 135,000
Explanation:
We solve using the following identity:
beginning WIP + cost added during the period:
total cost to be accounted for.
Then this value can be either ransferred-out r remain at the ending WIP
so we construct as follows:
beginning 0
added 180,000
Total cost 180,000
ending <u> (45,000) </u>
transferred-out 135,000
