Answer:
Depreciation: $4,000.00
Variable costs : $914.81
Explanation:
The value of the car when new = $19,860.00
Values after two years =$11,860.00
Accumulated depreciation for two years
= $19,860.00 - $11,860.00
=$8,000.00
Assuming straight depreciation method, depreciation each of the two years
=$8,000.00/2
=$4,000.00
Variable costs are the cost that changes with usages. In this case, variable costs are gas and oil, lube, and miscellaneous.
Variable costs = $845.96 + $68.85
Variable costs = $914.81
Answer:
the adjustment for estimated uncollectible accounts will require
b. Debit to Bad Debt Expense for $10,000.
Explanation:
There are two primary methods for estimating bad-debt expense. The first is an income-statement approach that measures bad debt as a percentage of sales.
Accout receivable at the end_ 80000
Credit sales_______________400000
Estimate________________ 2,50%
Debit bas debt expense______10000
I think that the answer to this question should be based upon your opinion sorry if you were expecting the actual answer
Answer:
A. supply curve shifts to the left
Explanation:
An increase in the prices of inputs from $4 to $6 shows economic problems that include a reduction in capital stock, labor, and an increased unemployment rate. This can also give room for inflation.
This increase shows that due to shortage in labor supply, it now costs more to produce a product.
Due to all the above mentioned reasons, the supply curve of both long run and short run supply curves shifts left.
Cheers.
Answer:
B. False
Explanation:
Land held for possible plant expansion would NOT be included as an operating asset when computing return on investment (ROI).
Return on investment (ROI) is used to measure the profitability of an investment. It helps to compare the gain or loss from an investment in relation to its cost.
Return on investment can be used to determine
1. Profitability of a stock investment,
2. Profitability of the purchase of a business investment
3. Profitability of a real estate business
ROI = Net return / cost of investment × 100
Net return= Final value of investment - initial value of the investment