Answer:
True
Explanation:
Current Ratio: The current ratio shows a relationship between the current assets and the current liabilities. The formula is shown below:
Current ratio = (Total Current assets ÷ total current liabilities
)
Quick Ratio: The quick ratio shows a relationship between the quick assets and the current liabilities. The formula is shown below:
Current ratio = (Quick assets ÷ total current liabilities)
where,
Quick assets = Current assets - inventories - prepaid insurance
So, the given statement is true
Honesty , Trustworthy , Determined & Passionate .
Answer:
c. $5million
Explanation:
Net investment = Gross investment - Depreciation
Also, Net investment equals investment at the beginning of the year minus investment at the end of the year
Net investment = $15million - $10million
Net investment = $5million
Therefore, net investment during the year equals $5million
Answer:
Frost (Lessee) and Ananz (Lessor)
The circumstance that would require Frost to classify and account for the arrangement as a finance lease is:
c. The economic life of the computers is three years.
Explanation:
a) Data:
Annual lease payments = $8,000
Present value of the minimum lease payments = $13,000
Fair value of the computer = $14,000
The economic life of the computers = 3 years
The lease period = 2 years
b) One of the conditions for classifying the lease arrangement as a finance lease is that the lease term of 2 years forms a significant part of the asset's useful life of 3 years. Other conditions include:
Firstly, ownership of the asset is transferred to the lessee at the end of the lease term. The second condition is that the lessee can purchase the asset below its fair value.
Answer:
Appropriate patent amortization expense = $10 million
Explanation:
As per the data given in the question,
Annual amortization expense = Cost ÷ Time
= $36 ÷ 9
= $4 million
Year 2018 Amortization Expense 4 Years = $4 million × 4
= $16 million
Unamortized cost = $36 million - $16 million
= $20 million
Year 2018 Amortization expense 4 years = $20 million ÷ 2
= $10 million