Answer:
18.29%
Explanation:
Return on Equity is the net profit available for equity/ Total equity value.
Total equity = Total assets - Total debt
= $90 million - $55 million = $35 million
Earnings for equity = Annual sales 
net profit margin 4%
= $160 million 4% = 6.4 million
Therefore, return on equity = 
= 
Therefore, ROE = 18.29%
Answer:
c. $3,200 favorable.
Explanation:
We know that
Total controllable cost variance = Budgeted overhead cost - actual overhead cost
where,
Budgeted overhead cost = Variable overhead + Fixed overhead
where,
Variable overhead = 40,000 units × $2 = $80,000
And, the fixed overhead = $72,000
So, the budgeted overhead = $152,000
And, the actual one is $148,800
So, the total controllable cost variance would be
= $152,000 - $148,800
= $3,200 favorable
Answer:
On the 50th day, the purchase cost will be equal to the lease cost
Explanation:
Given that:
- Daily operating costs of $500
- Purchasing cost for the item: $10,000
- Lease amount: $700
Let x is the number of days the purchase cost be the same as the lease cost. As we now that:
The total cost should be equal to the total lease received
<=> 10,000 + 500x = 700x
<=> 200x = 10000
<=> x = 50
Hence, on the 50th day, the purchase cost will be equal to the lease cost
Answer:
the same quantity of output as a perfectly competitive market. If anything is wrong let me know since I'm new to answering questions
Explanation:
Answer:
The correct answer is 31 customers per day.
Explanation:
Consider the current capacity requirement as = x
Management wants to have a capacity cushion = 8%.
So the utilization is required = 100% - 8% = 92%
A process of currently services an average of 43 customers per day and utilization is 90%.
Expected Demand=70%= 70 ÷ 100 = 0.70
Current utilization = 90% = 0.90
Let Capacity requirement = X
Capacity requirement ÷ required utilization = Expected Demand rate × current service rate ÷ current utilization rate
X ÷ 0.92 = 0.70 × 43 ÷ 0.90
X = 0.70 × 43 ÷ 0.90 × 0.92
= 30.76 or 31
Needed capacity requirement is 31 customer per day.
