Answer:
The answers are -
work on networks that include using Windows operating systems as well as Mac OS, NetWare, or UNIX
provide a graphical user interface that makes it easier for network administrators to learn the system
use wizards and setup devices as the user operating system, making it easier to set up network features
Explanation:
Hey there! Hello!
I'm certainly not an expert at anything related to ethernet, but I do believe that the answer you're looking for is a jam signal. To my limited understanding, <span>CSMA/CD makes computers "listen" before sending data to see if their signal is currently being used. If it's not, it'll send. The computer and sender will continue to "listen" to see if a jam still occurred afterwards. If one did occur, a jam signal will be sent to everyone who may send something over that signal, warning them not to send anything else, since it will not be successful and may make the jam worse.
Hope this helped you out! I would normally tell the question–askers that they can ask me any additional questions they may have, but... that's the extent that I know about ethernet, haha! :-)</span>
Answer:
1. From the command prompt, type:
pgp --encrypt "my-message.txt" --recipient "Sean" --output "secret-message.txt.gpg"
2. Press Enter.
Explanation:
From the command line, the above command is entered and Enter is pressed.
The command start with pgp, then it has different options:
--encrypt: this specifies the input file to be encrypted
--recipient: this specifies the specific user to which the file is been encrypted
--output: this specifies the name to which the output (encrypted file) is saved.
Answer:
RAX = 333000h (16 bits with preceding zeros removed)
RDX = 20h (also 16 bits with preceding zeros removed)
Explanation:
The "div" opcode in the assembly language source code is used to divide operands. It accepts a divisor ( the denominator) and divides the content of the AX register. The result is saved in the AX register while the remainder (if any) is saved in the DX register. If the DX register holds any data, the data is replaced with the divisor remnant.
The code above divides the content of the RAX register with the divisor variable and saves the result and remainder in the RAX and RDX respectively.
