Answer:
The correct answer is (C) straight variable cost assumptions.
Explanation:
If the total cost increases with small increases in activity, it may be referred to as a step-variable cost.
Answer:
$51,164
Explanation:
The project's terminal cash flow is basically the cash flow of the project's last year.
depreciable value = $80,000 + $6,000 - $23,031 = $62,969
depreciation expense per year = $62,969 / 5 = $12,593.80 per year
net cash flow year 5 = [(savings - depreciation expense) x (1 - tax rate)] + depreciation expense + salvage value + recovery of net working capital = [($28,000 - $12,593.80) x (1 - 35%)] + $12,593.80 + $23,031 + $5,525 = $51,163.83 ≈ $51,164
Answer:
After tax cost of debt is 5.239%
Explanation:
Given:
Face value = $1,000
Bond price = $895
Coupon payments = 0.035×1,000 = $35 (coupon payment is paid semi-annually so 7% is divided by 2)
Maturity = 20×2 = 40 periods
Using bond price formula:
Bond price = Present value of face value + present value of coupon payments
Use excel function =RATE(nper,pmt,PV,FV) to calculate cost of debt.
substituting the values:
=RATE(40,35,-895,1000)
we get Pre-Tax cost of debt = 4.03% semi- annual
Annual rate is 4.03%×2 = 8.06%
Note: PV is negative as bond price is cash outflow.
After tax cost of debt = 8.06(1 - 0.35)
= 5.239%
Explanation:
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Answer: 24.60 minutes (2dp)
Explanation:
The question is essentially asking that we find the Standard Time it takes to serve a customer.
To do this we would have to calculate the averages of the different elements and then use this to find the normal time which we can then use to find the Standard Time.
Element 1
= (3 + 4 + 4 + 3 + 3)/5
= 3.4
Element 2
= ( 9 + 8 + 10 + 11 + 10)/5
= 9.6
Element 3
= ( 7 + 8 + 6 + 7 + 8)/5
= 7.2
We then calculate the normal times by multiplying each of the individual means with their performance ratings.
That would be,
Element A
= 3.4 * 70%
= 2.38
Element B
= 9.6 * 110%
= 10.56
Element C
= 7.2 * 120%
= 8.64
We then add up the normal times to get the total normal time
= 2.38 + 10.56 + 8.64
= 21.58 minutes
Now we can solve for the standard time using this formula,
Standard time = Normal time (1+Allowance factor)
= 21.58 ( 1 + 0.14)
= 24.6012 minutes
= 24.60 minutes (2dp)
The time per unit customer served is 24.60 minutes.
If you need any clarification please do comment. Cheers.
