The machine's second year depreciation expense is $3,200.
Depreciation is a method that is used to expense the cost of an asset. The units-of-production depreciation method determines the depreciation expense based on the units of goods that the machine produces in a given year.
Unit of production depreciation expense = (unit of goods produced in year 2 / total units the machine can produce) x (cost of the asset - salvage value)
Total units the machine can produce = 1500 + 1250 + 1000 = 3750
(1000 / 3750) x ($15,000 - $3,000) = $3,200
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The kings name is King Stefan
Answer:
The answer is: David should make pizza and John should make pasta.
Explanation:
John is more efficient at producing both pizza and pasta, but considering he can only make one at a time we calculate David´s productivity compared to John´s.
David is 80% as productive as John in making pizza, and only 75% as productive in making pasta.
David should be in charge of making pizza because his productivity is closest to John´s.
Answer:
annuity factor for 20% and 6 periods = 3.326
Explanation:
the IRR represents the discount rate at which a project's NPV = 0
NPV = initial outlay + PV of future cash flows
NPV = 0
initial outlay = -$831,500
PV of future cash flows = $831,500 = cash flow x annuity factor
annuity factor = $831,500 / $250,000 = 3.326
using an annuity table and looking for the annuity factors for 6 periods, we find that the annuity factor for 20% and 6 periods = 3.326.
So our IRR = 20%
Answer:
the percentage in which the price of the dozen eggs rise is 89.58% or 90%
Explanation:
The computation of the percentage in which the price of the dozen eggs rise is shown below;
Percentage Change in Dozens egg price is
= (Price in 2017 - Price in 2000) ÷ Price in 2000 × 100
= ($1.82 - $0.96) ÷ $0.96 × 100
= 89.58% or 90%
Hence, the percentage in which the price of the dozen eggs rise is 89.58% or 90%
