Answer:
-Despacito
-All of me
-Firework
-Thinking out loud
-Titanium
-One call away
Explanation:
These are very easy songs to learn on piano btw :)
Answer:
Asymmetric-key encryption or algorithm.
Explanation:
Cryptographic algorithms are a step-by-step approach of manipulating data by basically converting it from its raw plain format(which is a readable format) to a protected form. A cryptographic algorithm can also be called cipher. The readable format is also called plaintext while the encrypted or protected format is referred to as a ciphertext.
There are various classes of cipher, one of which is asymmetric-key algorithm or encryption, also known as public key encryption. In this algorithm, a pair of keys, one is called a public key and the other a private key, are involved. Each public key is made open to anyone and the corresponding private key is made confidential (secret).
PS: In encryption, a key is just a random string of data bits majorly used for arranging and disarranging data.
<em>Hope this helps!</em>
Answer:
public interface Breakable
{
public void break();
public boolean broken();
}
Explanation:
Here is the interface named Breakable
This interface has two functions break() and broken()
break() method has no parameters
broken() method returns a boolean result. As you can see boolean keyword is written before the method name which basically return true or false.
Answer:
void main(){
string name;
cout<<"Enter Name";
cin>>name;
cout<<"Greetings " ;
cout<<name;
}
Explanation:
in main function we declared a variable called "name" .using cin we are reading the value into name and we are printing that name using cout.
Answer:
Threads will terminate
Explanation:
Each process are assigned there own memory and resources, Process is also called Application such as Chrome, Word etc. Process can have one or many threads. each thread shares the memory and resources of its process.
Once the process terminates and its free its memory and resources, Which means all of its threads automatically terminated as they share the memory and resources of process.
Thread can only resides within process resources.