Answer:
Dr Bad Debt Expense $44,000
Cr Allowance for Doubtful Accounts $44,000
Explanation:
Preparation of What adjusting Journal entry should the company make at the end of the current year to record its estimated bad debts expense
Based on the information given the adjusting Journal entry that the company should make at the end of the current year to record its estimated bad debts expense will be:
Dr Bad Debt Expense $44,000
Cr Allowance for Doubtful Accounts $44,000
(Net Sales 2,200,000*Estimated 2.0% of net sales)
(Being to record estimated bad debts expense)
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:
$277,000
Explanation:
Break even is the point where neither profit nor a loss is made by the company.
<u>Determination of Break-even Sales</u>
Sales - Variable Expenses - Fixed Expenses = 0
Therefore, Solving Algebraically
Sales = Variable Expenses + Fixed Expenses
= 222,000 + 55,000
= 277,000
Therefore Break-even sales for the month for the company is closest to $277,000
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:
$660,000
Explanation:
WACC = [wD * kD * (1 - t)] + [wE * kE]
WACC = [(0.77 / 1.77)*6.12%* (1 - 0.40)] + [(1 / 1.77)*11.61%]
WACC = 1.60% + 6.56%
WACC = 8.16%
Present value of annuity = Annuity*[1-(1+interest rate)^-time period]/rate
Present value of annuity = $1.67*[1-(1.08156745763)^-9]/0.0816
Present value of annuity = $1.67*6.206374532
Present value of annuity = $10.36 million
NPV = Present value of inflows - Present value of outflows
NPV = $10.36 million - $9.7 million
NPV = $660,000