Y = original value • growth ^(time/period of growth)
30000000000000 = 15000000000000 • (1+0.02)^(x/1)
Divide both sides by 15 trillion
2 = (1.02)^(x)
take logarithm of both sides
log2 = log1.02^x
Bring x down using log law
log2 = xlog1.02
Divide both sides by log1.02
x = 35
35 years
Answer:
6.0
Explanation:
Market to book ratio is calculated as ; Market capitalization / Net book value.
Where,
Market capitalization = Price per share × Total shares outstanding
= $24 × 25,000,000 shares
= $600,000,000
Then,
Net book value = Total assets - Total liabilities
= $200,000,000 - $100,000,000
= $100,000,000
Therefore,
Market to book ratio = $600,000,000 / $100,000,000
= 6.0
Answer: :a. Retrospectively
Explanation:
A change in depreciation method is a change in accounting policy and as such it would need to be accounted for retrospectively.
This means that it must be accounted for by going back to all periods where the change affects an entry and adjusting that entry for the change so that the accounting can be more accurate.
Answer:
The beneficiary should receive 6 more years of payment.
Explanation:
An annuity certain option guarantees that the insured or his/her beneficiaries will receive payments for a minimum period of time in case the insured dies.
In this question the certain option was 10 years, during the first 4 years the insured received his/her annuity payments, but once the insured passed away, his/her beneficiaries will continue to receive payments until the 10 year period ends (6 more years).
Answer:
Annual Depreciation expense = $15695.7692 rounded off to $15695.77
Explanation:
We first need to calculate the cost of the equipment. The cost at which an equipment or asset should be recorded should include all the costs incurred to bring the asset into the place and condition necessary for its use as intended by the management. Thus the cost of the equipment will be,
Cost = 165891 + 42172
Cost = $208063
Now we can calculate the depreciation expense per year based on the straight line depreciation method using the following formula,
Annual Depreciation expense = (Cost - Salvage Value) / Estimated useful life
Annual Depreciation expense = (208063 - 4018) / 13
Annual Depreciation expense = $15695.7692 rounded off to $15695.77