Answer:
The answer to this question is option (a).
Explanation:
In the computer, all the data will store in a file that can be text file, image file, etc.
All the file store data into (binary language that is (0,1)). In Microsoft Word or any other word software, we add, delete or modify any text that stores in file. The software adjusts text location, memory, and breaks the pages automatically.
So the correct answer to this question is option (a).
Answer:
The three most common operating systems for personal computers are Microsoft Windows, macOS, and Linux
Answer:
Pick up roller
Explanation:
you should first check the pickup roller component. This component is the part of the printer that picks paper up from the paper tray. The pickup roller links the printer and the paper. When the printer printer is running, the roller would take paper from the paper tray for the printer to print on. One of the issues it can have is Paper jam where the roller would stop turning so that it will no longer be picking papers up from the tray.
Answer:
C. 22
Explanation:
Given that the argument is being passed by value, there is no memory to consider. So cookieJar(7) returns 7 and cookieJar(22) returns 22.
If the argument parameter was passed by reference or pointer, then perhaps the value from cookieJar(7) would be considered with cookieJar(22).
Note, this code block really isn't doing anything other than returning the value passed into it. The "amount" variable is immediately set to 0, and then the value passed in is added to amount (which is 0), and returns. The following code could replace this function:
public static int cookieJar(int addCookies){
return addCookies;
}
The above code will return an equivalent output to the given code.
Notice, the function is not dependent on any previous call, so the value for each is unique to the call itself, i.e., cookieJar(22) returns 22 and cookieJar(7) returns 7.
So, C. 22 would be correct.
Answer:
True
Explanation:
In computer, Memory management is a form of resource management, its essential requirement is to provide ways to dynamically allocate portions of memory to programs at their request, and to free it to be used again when not needed. Memory management is critical to any advanced computer system that uses more than a single process.
Several methods that has increased effectiveness of memory management like the Virtual memory systems which separates the memory addresses used by a process from actual physical addresses, thus allowing the separation of processes and increasing the size of the virtual address space beyond the available amount of Random Access Memory (RAM) using paging or swapping to secondary storage have been used.
"The Memory Manager relocates programs to gather together all of the empty blocks and compact them to make one block of memory large enough to accommodate some or all of the jobs waiting to get in from your question.
