Answer:
$4,265.55
Explanation:
Future value = $120,000
Interest rate (i) = 5%
Annual deposit = ?
Time period (n) = 18 year
Since deposit are to be made at the beginning of each year, hence the relevant factor table to be used is future value annuity due factor table.
Future value = Annual deposit x future value annuity due factor (i%, n)
120,000 = Annual deposit x FVADF (5%, 18period)
120,000 = Annual deposit x 28.13238
Annual deposit = 120,000/28.13238
=$4,265.547
=$4,265.55
Answer:
C) 4.2 years
Explanation:
The computation of the payback period is as follows;
As we know that
Payback Period = Initial cost ÷ Annual net cash flow
Here
Initial cost = $278000
Annual net cash flow = Incremental after tax + Depreciation per year
where,
Depreciation per year = (Original cost - Salvage value) ÷ Estimated Life
= ($278,000 - $30,000) ÷ 8 years
= $31,000
Annual net cash flow is
= $35000 + $31000
= $66000
So,
Payback Period is
= $278000 ÷ $66000
= 4.2 Years
Answer:
The closest answer is 49.
Explanation:
Given that,
Annual demand, D = 43,000 units
Ordering cost, O = $200
Per unit cost of the item = $50
Annual holding cost, H = annual holding rate × Per unit cost of the item
= 35% × $50
= $17.5
= 991.39
= 992 units
Therefore,
Number of orders per year = Annual demand ÷ EOQ
= 43,000 ÷ 992
= 43.34
Hence, the closest answer is 49 and this is not given in the question.
Answer:
Correct answer is TRUE
Explanation:
Non-cash assets are expected to produce cash over time but the amount of cash they eventually produce could be higher or lower than the values at which the assets are carried on the books. Some factors that affects the value of non-cash assets are the general economic forces such as inflation or deflation, amortization or impairement itself of the assets. It maybe realized at favorable side (gain) or unfavorable (loss) side.
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