Answer:
$7,000
Explanation:
Depreciation: The depreciation is an expense that shows a reduction in the value of the fixed assets due to tear and wear, obsolesce, usage, time period, etc. It is shown on the debit side of the income statement. It is a non-cash item that does not affect the cash balance.
The computation of the depreciation expense for 2017 is shown below:
= (Original cost - residual value) ÷ (useful life)
= ($78,500 - $8,500) ÷ (10 years)
= ($70,000) ÷ (10 years)
= $7,000
In this method, the depreciation is same for all the remaining useful life
Answer:
C. Ideal standards are better suited for cash budgeting than practical standards
Explanation:
The standards that basically handles no work interruptions or no machine breakdown is called ideal standards.
The question is incomplete. Here is the complete question
Suppose the demand for Digital Video Recorders (DVRs) is given by Q = 250 - .25p + 4pc, where Q is the quantity of DVRs demanded (in 1000s), p is the price of a DVR, and pc is the price of cable television. How much does the quantity demanded for DVRs change if the p rises by $40? A) drops by 10,000 DVRs B) increases by 16,000 DVRs C) drops by 2,500 DVRs D) increases by 4,000
Answer:
Drops by 10,000 DVRs
Explanation:
The demand for digital video recorders is expressed by
Q= 250- .25p+4pc
Where
Q represents the quantity demanded by the customers
P represents the price of DVR
pc represents the price of cable television
Since the factor of p in the expression above is negative, this implies that the quantity of DVR demanded in the market will reduce
If the price of DVR increase by $40, then the quantity demanded will reduce by
= 0.25×40×1000
= 10×1000
= 10,000 units
Hence the quantity of DVRs drops by 10,000 DVRs if the price is increased to $40
Answer:
e) $37.05
Explanation:
Using the dividend growth model, the value of a stock is the present value of the future dividends receivable discounted at the required rate of return . The required rate of return is given as 12%.
So we discount the year 3 dividend using the dividend growth model formula
P = D (1+g)/r-g
r- rate of return, g = growth rate
Present value of the future dividends:
PV of Year 1 = 1.55(1.015)m × 1.12^(-1)
= 1.4047
PV of Year 2 = 1.55 (1.015)(1.015) × 1.12^(-2)
= 1.27
PV of Year 3 (this will be done in two steps)
Step 1; PV (in yr 2) of year 3 dividend
= (1.55)(1.015)^2×(1.08)/(0.12-0.08)
=43.114
Step 2 : PV (in yr 2) of year 3 dividend
=43.114 × (1.12^(-2))
= 34.37
Best estimate of stock = 1.40 + 1.27 +34.37
= $37.05
Note
To discount the year 3 dividend, we use two steps. The first stp helps get the PV in year 2, and step 3 helps to take it further to the PV in year 0
Answer:
$480
Explanation:
Data provided in the question:
Machine Hours Repair Costs
2,400 $6,385
1,200 $3,480
2,000 $5,285
3,400 $8,980
Now,
Machine Hours Repair Costs
Highest 3,400 $8,980
Lowest 1,200 $3,480
Difference 2,200 $5,500
Unit variable cost = $5,500 ÷ 2,200
= $2.5
Total cost at high level = $8,980
Machine hours highest level = 3,400
Also,
Total cost at high level = Fixed cost + Variable cost at highest level
or
$8,980 = Fixed cost + [ $2.5 × 3,400 ]
or
Fixed cost = $8,980 - [ $2.5 × 3,400 ]
= $8,980 - $8,500
= $480
