Answer:
bigger is the correct answer.
Explanation:
The correct answer is - allows managers to use the normal distribution as the basis for building some control charts.
<u>Explanation:</u>
It is the theorem that allows inference from a random sample. It says that:
• The sample mean will likely be towards the population mean within a margin of error
• The margin of error is a multiple of the standard error, which is the standard deviation divided by the square root of the sample size. The multiple is determined by the degree of statistical confidence you’re looking for, and the normal deviate corresponding to that — 1.65 for 90% confidence, 1.96 for 95% confidence, etc.
Answer:
$ 5.34
Explanation:
Calculation for cost per equivalent unit for conversion costs for September
First step is to find the Equivalent units of production
To complete beginning work-in-process:
Conversion 12,000
[15,000 units × (100%-20% )]
Units started and completed 65,000
(89,000-24,000)
Ending work-in-process
Conversion 21,600
(24,000 units × 90%)
Equivalent units of production 98,600
Second step is to calculate the Cost per equivalent unit using this formula
Cost per equivalent unit =Cost added during the period ÷Equivalent units of production
Let plug in the formula
Cost per equivalent unit = $526,524÷98,600
Cost per equivalent unit = $5.34
Therefore The cost per equivalent unit for conversion costs for September is closest to $ 5.34
Answer:
Net profit is more important to consider because it accounts for all the costs associated with making and selling the product and it includes the operating expenses that are excluded from gross profit. Gross profit is the profit made after deducting costs associated with making and selling its products, or the costs associated with providing its services.
Videoconferencing, instant messaging, electric meetings, and even conference calls are considered. synchronous technology.
You may easily respond to modification requests, quickly develop new concept designs, and simultaneously update numerous elements of an assembly thanks to synchronous technology. Design reuse, working with imported data, making changes—all of these tasks are made quicker and simpler by synchronous technology.
With the help of Solid Edge's synchronous technology, you can quickly develop new concept designs, accept modification requests with ease, and update many elements of an assembly at once. This design flexibility enables you to do away with onerous preplanning and prevent feature failures, rebuild problems, and time-consuming rework. The ability to treat multi-CAD data as native files thanks to synchronous technology enables seamless communication with partners and suppliers.
Learn more about synchronous technology here
brainly.com/question/14319190
#SPJ4
