Net Profit Margin measures the percentage of sales revenue a firm is able to retain after all expenses are deducted from gross revenues.
What is Net Profit Margin?
A financial measure called net profit margin can be used to determine what much of a company's total revenue is profit. It gauges how much net profit a business makes for every dollar of revenue generated. The ratio of net profit to total sales, stated as a percentage, is known as the net profit margin.
Net profit is determined by subtracting all business costs from net income. A percentage is the outcome of the profit margin computation; for instance, a 10% profit margin indicates that for every $1 in revenue, the company makes $0.10 in net profit. Revenue represents the entire sales of the company in a period.
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Answer:
the material cost per unit is $4.60 per unit
Explanation:
The computation of the material cost per unit is shown below:
= Total material cost ÷ equivalent units of material
= $86,940 ÷ (18,900 - 1,000) × 100% + 1,000 × 100%
= $86,940 ÷ (17,900 + 1,000)
= $86,940 ÷ 18,900
= $4.60 per unit
Hence, the material cost per unit is $4.60 per unit
The same should be considered and relevant
Answer:
Value-Added.
Explanation:
A value-added perspective on quality involves a subjective assessment of the efficacy of every step on the process for the customer. A value-added perspective on quality is a strategic business approach in which businesses engage in activities that brings value, benefits or satisfaction to the consumer of its goods and services, to achieve this goal, business managers usually ensures that the manufacturing and distribution process or steps are effective and efficient.
The answer is 10 I’m pretty sure!
Answer:
$10,560
Explanation:
For computing the depreciation expense for the second year first we have to find out the depreciation per unit which is shown below:
= (Original cost - salvage value) ÷ (estimated production units)
= ($136,000 - $4,000) ÷ (120,000 units)
= ($132,000) ÷ (120,000 units)
= $1.1 per unit
Now for the second year, the depreciation expense would be
= Production units in second year × depreciation per unit
= 9,600 units × $1.1
= $10,560