Answer:
Remote Access Protocols
Explanation:
Considering the situation above, the most appropriate protocol to use is known as the Remote Access Protocol.
This is because Remote Access Protocol is a combination of techniques and sets of instructions that are used in managing the connection between a remote access server and a remote computer. For example, some of the Remote Access Protocols that can be used are Serial Line Internet Protocol, Point-to-Point Protocol, Point-to-Point Protocol over Ethernet, etc.
Hence, given that a trusted Remote Access Protocol allows people to access a steady, secure connection between desktop sharing and remote access for help desk activities.
Therefore, the Remote Access Protocol can be utilized in setting up a secure network connection at a remote site
Increase margins and padding to make the text on the mobile device screen easier to read is the answer. i will answer by typing the whole answer cause i dont want you to get mixed up
Answer:
for (char i='a'; i<='e'; i++){
for (char j='a'; j<='e'; j++){
cout << i<< j<< "\n";
}
}
Explanation:
The loop runs all characters from the inner while the outer holds one character, by doing so, a will be matched with a,b,c,... Like wise b,c,d,... and on it goes.
Answer:
11 is 3 in hexadecimal
Explanation:
01 is 1, B is 1011, F is 1111, and 3 is 11.
You need to know that hexadecimal has 15 numbers
0-9
and
10= A
11=B
12=C
13=D
14=E
15=F
And accordingly, you can convert 10,11,12,13,14 and 15 to get the binary equivalent. like 1010 =10 in decimal 1011 is 11 in decimal and B in hexadecimal.
Here we are given binary number 11, and this is 3 in decimal. And the difference between the decimal number and the hexadecimal number is there is 0-9 digit in decimal and there are 0-9 and A-F= 15 digits in hexadecimal. However, here we are dealing with 11 and which is less than 9. and hence it's 3 in both decimal and hexadecimal number systems.