Answer: $972,900
Explanation:
The cost of land consists of the actual purchase price, and all other expenses that are necessary to make the asset ready for its intended use. In terms of land, all these expenditures can include title fees, unpaid taxes from previous years only (i.e. not current taxes), and other expenses need to physically prepare the land for use. The current taxes figure of $4,600 is not included here, as it is only owed during the current year, therefore normal accounting rules for taxes will apply. This figure will thus be treated as a liability until it is paid. The back taxes were aqcuired when the asset was aqcuired, and thus form part of the cost.
Old buildings that were on the land, may need to be teared down so that land can be utilised. The costs used to demolish the building also forms part of the purchase price. On top of that, to fully prepare the land for use the land may need to be landscaped and leveled. All these costs contribute towards getting the land ready for use, and are thus included in the cost. Sales made on any item related to the land, during the process when the land was still being processed for its intended use, will reduce the cost of the asset, and deduct this figure. This figure will fall under sales, which is an income to the business. The full calculation of the cost is as follows:
Purchase price: $910,000
Title insurance: + $2,400
Unpaid property taxes: + $8,300
Cost of removing building: + $45,900
Sale of salvaged materials: - $4,000
Level the land: + $10,300
Cost of land: = $972,900
Answer:
B. In considering our costs, we need to include what we could have earned by working at part-time jobs instead.
Explanation:
When the group of college students include, in their analysis of costs, what they could have earned by working at part-time jobs instead, they are including the opportunity cost.
The opportunity cost is what is given up to do something: the cost of not choosing an alternative.
Including opportunity costs in their cost-benefit analysis reveals sound economic thinking.
Answer:
C. greater perceived value.
Explanation:
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Answer:
Peter's percent value-added time is just over 3%. is the correct statement
Explanation:
Answer:
$2000=Z/(1+i)^1+Z/(1+i)^2+Z/(1+i)^3
Explanation:
let Z be the annual minimum cash flow
The internal rate of approach can be used here, in other words, the rate of return at which capital outlay of $2000 is equal present values of future cash flows
In year 1, present value of cash =X/discount factor
year 1 PV=Z/(1+i)^1
year 2 PV=Z/(1+i)^2
year 3=Z/(1+i)^3
Hence,
$2000=Z/(1+i)^1+Z/(1+i)^2+Z/(1+i)^3
Solving for Z above would give the minimum annual cash flow that must be generated for the computer to worth the purchase
Assuming i, interest rate on financing is 12%=0.12
Z can be computed thus:
$2000=Z(1/(1+0.12)^1+(1/(1+0.12)^2+(1+0.12)^3)
$2000=Z*3.09497902
Z=$2000/3.09497902
Z=$646.21
