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:
285,000 units
Explanation:
The computation of the cash break-even point of sales units is shown below:
Cash break-even point = (Fixed cost - depreciation) ÷ (contribution margin per unit)
where,
Fixed cost = $7,600,000
Depreciation = $7,600,000 × 0.25% = $1,900,000
And, the contribution margin per unit is $20
So, the cash break-even point of sales units is
= ($7,600,000 - $1,900,000) ÷ ($20)
= 285,000 units
Answer:
a. 2017 ⇒ 1.50
2016 ⇒1.58
b. Deteriorate
Explanation:
a. Current ratio 2017
= Current Assets / Current liabilities
= 6,708,700 / 4,470,000
= 1.50
Current ratio 2016
= 5,848,000 / 3,700,000
= 1.58
b. The current ratio went from 1.58 in 2016 to 1.50 in 2017 which would mean that it deteriorated.
Answer:
a) 46.7, 80 b) 20, 60 c) yes
Explanation:
a) % utilization= utilization/design capacity × 100
= 7/15 × 100
= 46.7%
% efficiency= efficiency/design capacity × 100
= 12/15 × 100
=80%
b) Utilization= 2/10 × 100 = 20%
Efficiency= 6/10 × 100= 60%
c) A system with higher efficiency ratios will always have higher utilization as these systems will have lesses number of failures
Answer:
$850
Explanation:
Data provided in the question:
Initial investment = $15,000
Expected annual net cash flows over four years, R = $5,000
Return on the investment = 10% = 0.10
Present value of an annuity factor for 10% and 4 periods, PVAF = 3.1699
The present value of $1 factor for 10% and 4 periods = 0.6830
Now,
Net present value = [ R × PVAF ] - Initial investment
= [ $5,000 × 3.1699 ] - $ 15,000
= $15,849.50 - $ 15000
= $849.50 ≈ $850
