Answer:
0.97
Explanation:
The computation of the acid-test ratio is given below:
= Quick assets ÷ current liabilities
= (cash + short term investment + account receivable + supplies) ÷ (accounts payable + wages payable)
= ($58,110 + $14,000 + $58,000 + $5,600) ÷ ($108,000 + $31,900)
= $135,710 ÷ $139,900
= 0.97
Answer:
$3,488,372.09
Explanation:
Data provided in the question
Annual income provided per year = $150,000
Expected rate of return = 4.3%
So by considering the above information, the amount of money deposited today is
= Annual income provided per year ÷ Expected rate of return
= $150,000 4.3%
= $3,488,372.09
By dividing the annual income by the expected rate of return we can get the today deposited amount
Answer:
This is a violation of which accounting principle of Historical Cost
Explanation:
According to Both US. GAAP and IFRS the fixed assets initially recognised on their actual cost incurred. These accounting standard require a business to record the value of Fixed assets at which they actually been purchased. This is known as historical cost principle. In this example vehicle was purchased for $35,000. This is the amount which should be recorded as a cost of vehicle.
Answer:
project C
Explanation:
20% MARR
A B C
First cost $560 $340 $120
Uniform annual benefit $140 $100 $40
Salvage value $40 0 0
yearly cash flows 1 - 9 $140 1 - 10 $100 1 - 10 $40
10 $180
Using an excel spreadsheet I calculated the present value of the project's cash flows: $593.41 $419.25 $167.70
all the NPVs are positive: $33.41 $79.25 $47.70
since we are going to apply a benefit-cost analysis, we must determine the return on investment (ROI) = net profit (or NPV in this case) / investment
- ROI A = $33.41 / $560 = 5.97%
- ROI B = $79.25 / $340 = 23.31%
- ROI C = $47.70 / $120 = 39.75%
Since the return on investment is higher for project C, then that project should be selected.
