Answer:
<h2>Methods used for test of normality of data. ... [10] There are various methods available to test the normality of the continuous data, out of them, most popular methods are Shapiro–Wilk test, Kolmogorov–Smirnov test, skewness, kurtosis, histogram, box plot, P–P Plot, Q–Q Plot, and mean with SD.</h2>
Explanation:
<h2>HOPE IT HELPS YOU</h2>
A compiler is a series of programs that (usually) convert source code into machine language. There are also compilers that compile into byte code, Java for instance.
No compiler is responsible for executing a freshly compiled program. That would be done in an IDE (Integrated Development Environment).
Answer:
Explanation:
I can pick a reason out of many, and that would be the software. The fact is that, even as they are computers and machines, the softwares themselves have particular design cap. A software that was designed for systems with a narrow word size will most likely have issues as more and more words are used on it. I don't know if you understand what I'm saying, everything has a cap, once that particular meter is approaching, systems tend to slow onwards.
When it comes to the hardware part using the same technology, it might take a longer time to do basic arithmetic on larger inputs.
When you're under using a system, it tends to have a lot of space, excess, to perform its functions, but as soon as it is nearing its limit, it will slow down so as to accommodate all the processes at once.
Answer:
I, II only
Explanation:
A computer program is a compilation of instructions and commands that can be executed by a computer to carry out a specific task. Most computer devices can only function optimally with the help of a program.
Programs can repeat simple instructions very quickly in order to assist individual users to recognize images and sound effortlessly and to get rid of the drudgery of repeating instructions and commands by hand
This question really depends on the type of printer device. There are the following kinds of printers:
Inkjet
Laser
Thermal
Dye Sublimation
Dot Matrix
Solid Ink
Each of these types of printers print in very different ways. I'm not going to get into depth about all of them, as that would take too much time. But what I can do is explain to you what a logical printer object is. So when you think of a printer, you think of the actual printer hardware. However, there are three distinct parts to a printer. These three parts are: the <em>print device, the driver, and the spooler</em>. Essentially what happens is that these three components communicate with one another in order to complete print jobs. So lets say I have a wireless network laser printer which is connected to a wireless access point, along with three other workstations. Then let's say that those three workstations want to send print jobs to the network printer. What happens is that all of those print jobs are <em>spooled</em>, meaning they are placed into a print queue. The driver then takes print jobs out of the print queue at the printer object's leisure. The driver then encodes the data from the print job into a language which the print device can understand, an example being PostScript. Then the driver sends that print job to the print device, and depending on what kind of printer you have, the method in which that print job is completed varies.