Answer: Debit Accounts receivable for $600.
Explanation:
The customer had not been billed so that means that they still owe the company. This would make them an accounts receivable so the adjusting entry will have to debit the Accounts Receivable account for $600 to show that it is increasing.
This amount will be credited to the Accrued revenue account to show that the cash has not yet been received.
Answer:
$400,000
Explanation:
Since at December 31, Year 5, Tedd's tax advisor believed that an unfavorable outcome was <u>probable</u>. And a <u>reasonable estimate </u>of additional taxes was $400,000 but could be as much as $600,000.
Although after the Year 5 financial statements were issued, Tedd received and accepted an IRS settlement offer of $450,000.
Tedd should have included an amount of $400,000 as accrued liability in its December 31, Year 5 balance sheet
The reason is that according to the International Financial Reporting Standards, a PROVISION must be made as long as the conditions below were obtainable at year end.
- Existing Condition (which in this case is the tax dispute with the IRS)
- Probable Cash Outflow (which Tedd's Tax adviser confirmed)
- Reliable Estimate of Outflow ( which the scenario stated ''A reasonable estimate of additional taxes was $400,000'')
Hence, such 'reasonable estimate is the appropriate amount for inclusion in the financial statements.
Food because food is life
Answer: Option C
Explanation:
A. Assets with physical existence are called tangible assets.
B. There are several financial instruments that lacks physical substance but are not considered as intangible assets.
C. Intangible assets can be either long term or short term.
D. Only those intangible assets that have definite lives are amortized, others with indefinite life are not.
Answer:
The correct answer for option (a) is 7.17% and for option (b) is $48,546.69.
Explanation:
According to the scenario, the given data are as follows:
(a) Present value = $3,000
Future value = $6,000
Time period = 10 years
So, we can calculate the annual rate of return by using following formula:
Rate of return = (( FV ÷ PV)^1/t -1)
= (( $6,000 ÷ $3,000)^1/10 -1)
= (2)^0.1 - 1
= 1.07177346254 - 1
= .07177 or 7.17%
(b) Present value = $12,000
Rate of interest (r) = 15%
Time period = 10 year
So, we can calculate the Future value by using following formula:
FV = PV × ( 1+r)^t
= $12,000 × ( 1 + 15%)^10
= $12,000 × 4.04555773571
= $48,546.69
