Answer:
$23,060
Explanation:
Land improvement cost comprises of cost spent on the upgrade of a given land and which are subject to wear and tear. They differ from the cost of the land itself which are not depreciable. Accounting rules require that land improvement costs are depreciated, whereas the cost of land itself is not depreciated.
In the given question, the cost of land include the cost of acquisition, survey and legal fees, and land clearing fees. These costs are necessary to acquire title on the land and make it ready for use.
Land improvement cost, on the other hand, include fencing and the cost of installing lighting and signage. This is because these items will depreciate and may need to be replace after some time.
Therefore, land improvement cost = cost of fencing + cost to install lighting and signage
=$9,000 + $14,060
= $23,060.
Answer and Explanation:
The identification is as follows:
As we know that
M! money supply involved all the currecies that have physical existance i.e. notes, coins, demand deposits etc
While on the other hand, M2 involves M1 + near money i.e. mutual funds, checking deposits, money market etc
Since Susan has 2 year CD so it would be classified as a M2 money supply
Since larry withdraw from the bank so it would be included in M1 and M2
And, since raphael has $25,000 in money market so would be classified as a M2 money supply
Answer:
$11,204.25
Explanation:
For computing the dollar price of each bond we need to applied the present value formula which is to be shown in the attachment below:
Provided that
Future value = $10,000
Rate of interest = 3.4% ÷ 2 = 1.7%
NPER = 18 years × 2 = 36 years
PMT = $10,000 × 4.3% ÷ 2 = $215
The formula is shown below:
= -PV(Rate;NPER;PMT;FV;type)
After applying the above formula, the dollar price of the bond is $11,204.25
Answer:
The right answer is option (A).
Explanation:
According to the scenario, given data is :
Time required for one unit = 12 Min
Payment for job = $12.75 / Hour
So, payment for job per minute = $12.75 / 60 = $0.2125 / minute
Hence, Rate per piece = rate/minute × time required for one unit
= $0.2125 × 12
= $2.55
Hence the most appropriate answer is option (A).