Answer: The answer is A, an increased demand and no change in supply.
Explanation: I just checked.
The net profit margin, or simply net margin, measures how much net income or profit is generated as a percentage of revenue.
It is the ratio of net profits to revenues for a company or business segment. Net profit margin is typically expressed as a percentage but can also be represented in decimal form.
<h3>How do we calculate net profit margin?</h3>
Net profit margin is calculated by dividing the net profits by net sales, or by dividing the net income by revenue realized over a given time period.
<h3>What is good net profit ratio?</h3>
For example, in the retail industry, a good net profit ratio might be between 0.5% and 3.5%.
Other industries might consider 0.5 and 3.5 to be extremely low, but this is common for retailers. In general, businesses should aim for profit ratios between 10% and 20% while paying attention to their industry's average.
Learn more about net profit margin here:
<h3>
brainly.com/question/22024991</h3>
<h3>#SPJ4</h3>
The answer is false. A company's supply chain describes how crude materials are changed into completed items and dispatched to retailers and clients. Inventory network wasteful aspects can squander as much as 25 percent of an organization's working expenses
Answer:
$60 per unit
Explanation:
Total overheads:
= Overheads of fabrication department + Overheads of assembly department
= $90,500 + $109,700
= $200,200
Total labor hours:
= Blinks + Dinks
= (1,013 × 4) + (1,859 × 5)
= 4,052 + 9,295
= 13,347
Overhead rate per hour = Total overheads ÷ Total labor hours
= $200,200 ÷ 13,347
= $15 per hour
Total overhead cost for blinks:
= Total hours for blinks × rate per hour
= 4,052 × $15 per hour
= $60,780
Overhead cost per unit for Blinks:
= Total overhead cost for blinks ÷ Total units
= $60,780 ÷ 1,013
= $60 per unit
Answer:
d) $2,000,000 $990,000
Explanation:
The computation is shown below:
Unit variable cost pool is
= Budgeted cost ÷ Budgeted machine hours
= $1,600,000 ÷ 360,000
=$ 4.444 per machine hour
And,
Batch-level cost pool = Budgeted cost ÷ Budgeted number of setups
= $900,000 ÷ 3000
= $ 300 per setup
Now
Unit variable cost pool is
= Actual machine hours × Activity rate
= 450000 × 4.44
= $2,000,000
And, Batch-level cost pool is
= Actual number of setups × Activity rate
= 3300 × 300
=$990,000
