Using straight-line depreciation.
Changing to FIFO
Using the weighted average method for capitalizing interest during times of reduced interest rates, rather than the specific method.
Changing to the successful efforts method of accounting for natural resource exploration costs.
Changing to the successful efforts method of accounting for natural resource exploration costs.
<u>Explanation:</u>
The particular technique initially underwrites the enthusiasm on explicit obligation. With financing costs on the decay, enthusiasm on lower rate obligation is promoted and more is expensed, comparative with the weighted normal technique, which underwrites at the normal rate over all obligation.
The weighted normal strategy would underwrite more enthusiasm on more established (higher loan cost) obligation, in this way diminishing the present measure of premium cost and expanding income. Expanding profit lessens the danger of rebelliousness for this firm.
Answer:
The appropriate amount of Bad Debt Expense is $3,345.20.
Explanation:
The appropriate amount of Bad Debt Expense can be calculated as follows:
Bad debt expense = (Percentage of accounts receivable not yet due it will not collect * Accounts receivable not yet due) + (Percentage of receivables up to 30 days past due it will not collect * Amount of receivables up to 30 days past due) + (Parentage of receivables of receivables greater than 30 days past due it will not collect * Amount of receivables greater than 30 days past due) - Allowance for Uncollectible Accounts (credit) ……………………… (1)
Substituting the relevant values into equation (1), we have:
Bad debt expense = (7% * $7,500) + (20% + $2,300) + (46% * $2,000) - $400 = $3,345.20
Therefore, the appropriate amount of Bad Debt Expense is $3,345.20.
Answer:
$19
Explanation:
Marginal revenue is the change in revenue when production increases by one unit
Marginal revenue = change in total revenue / change in quantity produced
total revenue 1 = $30 x 10 = $300
Total revenue 2 = $29 x 11 = $319
change in total revenue = $319 - $3000 = $19
Change in quantity produced = 11 - 10 = 1
Marginal revenue = $19 / 1 = 19
Answer:
4.53%
Explanation:
Data provided in the question:
Expected return = ∑ (Return × probability)
Thus,
Expected return = (0.06 × 22) + (0.92 × 13) + (0.02 × (-15))
= 12.98%
Now,
Probability Return Probability × (Return-Expected Return)²
0.06 22 0.06 × (22% - 12.98%)² = 4.8816
0.92 13 0.92 × (13% - 12.98%)² = 0.000368
0.02 -15 0.02 × (-15% - 12.98%)² = 5.657608
========================================================
Total = 20.5396%
Standard deviation = 
= √(20.5396)
= 4.53%
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