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.
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<h3>#SPJ4</h3>
P(t) = (0.83)t^(5/4)
<span>2096 - 2015 = 81 </span>
<span>81 ^ (5/4) = 243 </span>
<span>243 × 0.83 = 201.69 </span>
<span>Population in 2096 expected to be 202 million.</span>
Based on the information given, it can be inferred that the type of tax that is illustrated is known as the <u>diagnostic analytics.</u>
Diagnostic analytics simply means a form of advanced analytics that is vital for the examination of data in order to be able to answer the question "why did it happen?"
It should be noted that diagnostic analytics takes a deeper look at the datas in order to understand the causes of events and to help answer some workforce questions.
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Profit will be maximum for the firm where marginal revenue = marginal cost.
Since, the market price is fixed at $8 and therefore each additional unit of camera will be sold at $8.
Hence, marginal revenue = $8.
From the table, it is clear that cameras are manufactured in batches of 100.
Marginal cost is the cost incurred to produce one additional unit of camera. It will be calculated by taking the difference of successive variable costs (or total costs) divided by 100.
To produce 400th unit, marginal cost = (2760 - 1960)/100 = $8
Hence, profit maximising quantity isB. 400 (MR = MC)
Both Joe and Rich should accept this project.
D) Both Joe and Rich
<u>Explanation:</u>
NPVJoe= $25,500 + $15,800 / 1.085 + $15,300 / 1.085^2
NPVJoe= $2,058.88
NPVRich= –$25,500 + $15,800 / 1.125 + $15,300 / 1.125^2
NPVRich= $633.33
Here Joe and Rich both invested a total amount of $25,500 and they are expected to get cash inflows of $15,800 and $15,300 in the year 1 and year 2 respectively they both has their own different rates of return i.e. 8.5% and 12.5% so we can calculate the net principle value of Joe is $2,058.88 and that of Rich is $633.33.
