A general disk cleanup removes unnecessary files (C).
While the general disk cleanup is active, the utility first looks for/inspects the hard drive for files that are useless, then will remove those files.
I hope this answers your question, good luck on your assignment.
Answer:
$7,500
Explanation:
Calculation for the Depreciation of rah second year of the asset's life
Second year depreciation=(1/8 years*2)*[($40,000)-(1/8 years*2* $40,000)]
Second year depreciation=(0.25)*[($40,000)-(0.25*$40,000)]
Second year depreciation=(0.25)*[($40,000-$10,000)]
Second year depreciation=0.25*$30,000
Second year depreciation=$7,500
Therefore the Depreciation of rah second year of the asset's life using the double-declining-balance method is: $7,500
Answer:
A firm with financial leverage has a larger equity multiplier than an otherwise identical firm with no debt in its capital structure.
Explanation:
The equity multiplier basically tells us what portion of the company's assets were financed through equity, i.e. what portion was financed by the company's owners.
the formula to determine the equity multiplier = total assets / total equity
the higher the equity multiplier, the higher the return on equity (ROE), but a high equity multiplier (financial leverage) also increases the company's risk since eventually it might not be able to pay off its creditors if something goes wrong.
Answer:
2. Government is necessary, because people do not always behave perfectly.
Explanation:
<em>Option 1</em> is wrong because if the government cannot control people, there is no use of making policy. It contradicts James Madison's quota.
<em>Options 3</em> and <em>4</em> are incorrect because the government is a necessary element.
Option 2 is correct, as the government is an essential element. Without government, people may become clueless and clumsy. To make peace in the nation, the government has to control its people.
Answer:
Price of bond = $ 924.50
Explanation:
<em>The value of the bond is the present value(PV) of the future cash receipts expected from the bond. The value is equal to present values of interest payment plus the redemption value (RV). </em>
Value of Bond = PV of interest + PV of RV
The price of the bond can be worked out as follows:
Step 1
PV of interest payments
annul interest payment = 6.4 % × 1,000 = 64
Annual yield = 7.5%
Total period to maturity (in years) =10
PV of interest =
64 × (1- (1.075)^(-10)/)/0.075= 439.30
Step 2
PV of Redemption Value
= 1,000× (1.075)^(-10) =
485.19
Step 3
Price of bond
439.30 + 485.19 =$924.49
Price of bond = $ 924.50
