Answer:
Explanation:
When we convert any decimal number into the hexadecimal number we have to divide that number with 16.
Now according to question the decimal number is 35.
Now to convert this in hexadecimal divide it with 16.
This means the quotient is 2 and the remainder is 3.
Therefore the value of hexadecimal is,
Therefore,
.
Answer:
Measures including device data encryption, anti-malware software, and communications encryption.
Answer:
Check the explanation
Explanation:
In line with the question, we can now derive that:
The router's outside interface IP address will be 92.110.30.65.
The router's inside interface IP address will be 192.168.11.254.
The Web site's IP public IP address will be 92.110.30.123.
The private IP address of the backup Web server will be 192.168.11.110.
and when we say IP address, it stands for Internet Protocol, it is a set of usual predefined rules which are utilized to administrate the manner to which data packets are sent over the internet. An IP address, which is typically just identified as an IP, is a sequence of figures used to uniquely recognize a computer/device on a particular network or on the internet space.
Answer:
The solution code is written in C++
- bool STATUS = true;
- bool alternator ()
- {
- if(STATUS){
- STATUS = false;
- return true;
- }else{
- STATUS = true;
- return false;
- }
- }
Explanation:
We need a global variable to track the status of true or false (Line 1).
Next, create the function alternator (Line 2) and then check if current status is true, set the status to false but return the previous status boolean value (Line 5-6). At the first time of function invocation, it will return true.
The else block will set the STATUS to true and return the false (Line 7-9).
