Answer:
protecting email address privacy
Explanation:
for securing and privacy reasons and it is for the best
Answer: In java the symbol "+" operator is used to perform string concatenation.
Explanation:
String concatenation refers to joining of two strings. So in java + is used to join strings which works provided one of the operands must be a String variable. Then it works by converting the other variable to String variable and joins the second operand to the end of the first operand.
An example of String concatenation is as follows:
int age = 10;
System.out.println("The boys age is " + age);
Output:
The boys age is 10.
here, the age is integer variable but as the phrase "The boys age is" is a String variable so it converts the age to String variable and joins both the Strings.
Hello! I am Angie. I'm going to be helping you :) If you could thank me, that would be nice.
So I'll start.
The best way to do this is by being conscious of what you are searching on the internet. Acknowledge that there is a possibility you may end up using your time-eating websites.
Having done that, the next step is to have your short -term priorities straight, tell yourself that you came there for 1 reason and that's all you're going to do - browse for that one reason.
The final step is to try not to get distracted and fulfill your actual intention.
If these steps are repeated every day, your browsing habits can change.
I hope I helped.
They contain control information.
They contain user data.
They are sent over a network.
They can travel indefinitely over the Internet is wrong as every packet contains the source and destination in the header. If the destination is not available you'll get an error message for example "The HTTP 404 Not Found Error" or another error depending on the application. The packet is then discarded.
The answer is <span> tunnel mode encryption. This</span><span> describes encryption that protects the entire original ip packet's header and payload. A tunnel mode encryption </span><span>protects the internal routing information by encrypting the IP header of the original packet. The original packet is encapsulated by a another set of IP headers. .<span>Additional headers are added to the packet; so the payload MSS is less.</span></span>
