Answer and Explanation:
a. The computation of depreciation for each of the first two years by the straight-line method is shown below:-
Depreciation
= (Assets cost - Salvage value) ÷ Useful life
= ($171,000 - 0) ÷ 25
= $6,840
For First year = $6,840
For Second year = $6,840
It would be the same for the remaining useful life
b. The computation of depreciation for each of the first two years by the double-declining-balance method is shown below:-
First we have to determine the depreciation rate which is shown below:
= One ÷ useful life
= 1 ÷ 25
= 4%
Now the rate is double So, 8%
In year 1, the original cost is $171,000, so the depreciation is $13,680 after applying the 8% depreciation rate
And, in year 2, the ($171,000 - $13,680) × 8% = $12,585.60
Answer:
True
Explanation:
Under Prevention of Fraud, Waste, and Abuse of operational contract support,Ethical conduct in the procurement process is particularly important to ensure fair and competitive in-theater acquisition efforts and ensure these processes do not have a negative impact on the jfc's mission. problems affecting any aspect of the acquisition process can affect timely provision of support to the commander and in some cases negatively impact the civil-military aspects of the operation or campaign.
Answer: d. internal rate of return
Explanation:
The Internal Rate of Return can be a very useful method for measuring the viability of a product because it takes into account the magnitude and timing of cashflows when it discounts it to the current period to find out if it will lead to a higher NPV than zero.
The other methods have their limitation. The payback period does not take into account the entire lifetime but rather stops as soon as the project pays back and the other two do not take into account the timing of the cashflows.
Answer:
0.98
Explanation:
Computation for Bill Duke portfolio's beta
First step is to find the Investment in Y which is:
Investment in Y=100,000-35,000
=$65,000
Second step is to calculate for the Portfolio beta using this formula
Portfolio beta=Respective beta*Respective Investment weight
Portfolio beta =(35,000/100,000*1.5)+(65,000/100,000*0.7)
Portfolio beta=(0.35*1.5) +(0.65*0.7)
Portfolio beta =0.525 +0.455
Portfolio beta=0.98
Therefore the Portfolio Beta will be 0.98
Answer: $12,113.14
Explanation:
Find out the future value of each payment 20 years from now then sum up the values.
Year 1:
= 250 * ( 1 + 15%)¹⁹
= $3,557.94
Year 2:
= 300 * ( 1 + 15%)¹⁸
= $3,712.636
Year 3:
= 450 * ( 1 + 15%)¹⁷
= $4,842.5688
Future value of all:
= 3,557.94 + 3,712.636 + 4,842.5688
= $12,113.14