Answer:
The correct answer is option B.
Explanation:
Nominal GDP measures economic growth at current prices. It measures the value of output produced on the basis of current prices. It is thus not an inflation measure of economic growth as it includes the change in the price level.
Real GDP is an inflation-adjusted method to measure economic growth. It measures a change in economic output on the basis of constant. It is thus considered a more accurate measure of the economic growth of a nation as it is not influenced by changes in the price level.
The measure of a product, service, or company's profitability is its profit margin. The bigger the percentage representing the profit margin, the more profitable the company is.
Profitability is gauged by profit margin. Finding the profit as a proportion of revenue is used to calculate it.
Profit margin=44.9%
Explanation to the answer:
Profit margin =Net income / sales
=7,050,000 / $ 15,700,000
=0.44904
=44.9%
Profit margin =44.9%
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Answer:
d) overapplied $160
Explanation:
![\frac{Cost\: Of \:Manufacturing \:Overhead}{Cost \:Driver}= Overhead \:Rate](https://tex.z-dn.net/?f=%5Cfrac%7BCost%5C%3A%20Of%20%5C%3AManufacturing%20%5C%3AOverhead%7D%7BCost%20%5C%3ADriver%7D%3D%20Overhead%20%5C%3ARate)
$35,000 expected overhead / 5,000 machine= 7 dollar per machine hour are spend on overhead
<em><u>applied overhead:</u></em>
4,980 x 7 = 34,860
<u><em>actual overehad:</em></u> 34,700
As the amount of cost enter by the accounting are above the real cost, we are going to increase the manufacturing overhead cost and making the net income lower for this particular reason.
Answer:
The correct answer is a) distributional.
Explanation:
The standard error is the standard deviation of the sample distribution of a sample statistic.1 The term also refers to an estimate of the standard deviation, derived from a particular sample used to compute the estimate.
The sample mean is the usual estimator of a population mean. However, different samples chosen from the same population tend in general to give different values of sample means. The standard error of the mean (that is, the error due to the estimation of the population mean from the sample means) is the standard deviation of all possible samples (of a given size) chosen from that population. In addition, the standard error of the mean can refer to an estimate of the standard deviation, calculated from a sample of data that is being analyzed at the same time.
If you mean like anY kind of example of flame, a lighter flame is a good example.
Anything that uses gas to emit a flame