Answer:
$ 7,994
Explanation:
Fair Value of lease 60,000
Less Present value of garanteed residual value$ 2,368
($4000*1/1.06^9)
Amount to be recovered through periodic payment $ 57,632
PVAD (9 years ,6%) 7.20979
Minimum Lease at the beginning of each year (C/D) $ 7,994
Therefore the amount of the annual rental payments Kingbird demands of MTBA, assuming each payment will be made at the beginning of each year and Kingbird wishes to earn a rate of return on the lease of 6 $7,994
Answer:
So the depreciation in year 1 is $95,000
Explanation:
Depreciation is the accounting method that is used to allocate cost of an asset over its useful life. It is assumed that an asset losses values over a period and the salvage or terminal value is the value of the good after its useful life has ended.
Straight line method of depreciation assumes equal allocation of depreciation expense over the useful life of an asset.
In the given the asset value is $570,000 and the terminal value is $0
Using the formula
Depreciation= (Value of asset- Salvage value)/Number of useful years
Depreciation= (570,000-0)/6
Depreciation= $95,000 paid equally for 6 years
So the depreciation in year 1 is $95,000
Answer:
a. $3.13 per unit
b. No
c Yes
Explanation:
The computation is shown below
a. Fixed overhead per unit is
= Fixed overhead ÷ Number of units manufactured
= $363,000 ÷ 116,000 units
= $3.13 per unit
b. The cost calculation is not appropriate because the fixed overhead per unit is not be involved while calculating the cost
c. Now the acceptance of the offer should be based on total relevant cost which is
Total relevant cost
= $6.1 + $6.1 + $8.1
= $20.3
Since the offer is accepted because total relevant cost is less than the offered purchase price i.e $24.50
Answer:
Wage year 4= $12222.19
Explanation:
Giving the following information:
Each additional year of education causes future wages to rise by 7 percent.
A person with 12 years of education makes $21 000 per year.
A person with 4 years of education=$?
We will use the present value formula to calculate the wage in year 0. Then with the final value formula calculate the year 4 wage.
PV= FV/[(1+r)^n]
FV=final value at t time
r= rate
n= period of time
PV= 21000/(1,07^12)= $9324. 2511
Final Value= PV*(1+r)^t
Final Value year 4= 9324.2511*(1,07^4)= $12222.19
<span>If the Fed expands the money supply by $1
trillion, the money market will be (letter C.) the equilibrium interest rate
will fall, and more money will exchanged in equilibrium. It is because people
will have more money to spend. Some would choose to use this money to buy goods
and services while other opt to put their money in banks which may lead to
lower interest rates to persuade people in borrowing. </span>
