Answer:
depreciation rate per unit $0.34
Explanation:
To calculate the depreciation cost per unit we divide the amount subject to depreciation by the estimated untis production over its useful life:
depreciable amount:
$41,000 - $3,600 = $ 37,400
depreciation rate:
$37,400 / 110,000 units = $0.34
Answer:
b. we should get an accurate picture of how all consumer goods and services prices changed from year to year.
Explanation:
Wether it is ased on a fixed goods of goods or based on a changing goods of goods that gets old after time, we should check how is it work with this policy
The goal for the index is to adjust the value of assets by the inflation rate to calcualte the loss for having dollar bills.
Answer:
$125,000
Explanation:
Opening values of;
Total assets = $120,000
Total liabilities = $40,000
Total equity = $120,000 - $40,000 = $80,000
During the year,
Total revenues = $140,000
Total expenses = $50,000
Withdrawal by owner = $45,000
The amount withdrawn by the owner reduces the owners equity. This may be deducted from the net income.
Net income from the year = $140,000 - $50,000 - $45,000
= $45,000
This will be added to the opening owner's equity to get the closing owner's equity.
Owner's equity at the end of the year = $80,000 + $45,000
= $125,000
Answer: B. The capital gains yield is positive.
Explanation:
The Capital Gains Yield is a percentage figure that tells how much an investment has increased in price from it's acquisition.
It works by taking the new value and dividing it by the original value.
Using Stacy as an example, the Stock increased by $4 so assuming she bought the stock for even $0.1 then her Capital Yield is,
= 4/0.1
= 40 * 100%
= 4000% which is positive
As long as the stock was sold for more than it was bought, Capital Yield Gain is positive.
Answer:
return of the asset = 13.94%
return of the asset = 13.11%
return of the asset = 11.46 %
Explanation:
given data
average return = 14.60 percent
geometric average return = 10.64 percent
observation period = 25 years
solution
we get here return of the asset over year by Blume formula that is
return of the asset = ( T- 1 ) ÷ ( N - 1) × geometric average + ( N -T) ÷ ( N - 1) × arithmetic average ..................1
here N is observation period and T is time
put value in equation 1
return of the asset = 
return of the asset = 0.1394 = 13.94%
and
return of the assets = 
return of the asset = 0.13115 = 13.11%
and
return of the assets = 
return of the asset = 0.11465 = 11.46 %
