Answer:
True.
Explanation:
In generating PRNGs, several specific types of crypto algorithms will be widely will use: linear cipher block, nonlinear ciphers, as well as hash methods and authorization instructions in messages. So, that's why the following scenario is true about the cryptographic algorithms because this is a collection of several excellently defined however complicated mathematics techniques for encoding or decoding information.
Answer:
c.Ports Fa3/1 and Fa3/2 on DSW1 will be defined as secondary VLAN isolated ports. Ports Fa3/34 and Fa3/35 will be defined as primary VLAN promiscuous ports.
Explanation:
Primary VLANs which can only be reached by using promiscuous port, comprises of the gateway and isolated VLANs for users to get out of a network.
The isolated ports can only communicate i.e send and receive data with the promiscuous ports; Fa3/34 and Fa3/35.
Also, WS_1 and WS_2 can neither send nor receive data with the data server, thus we isolate them.
The code is in Java.
It uses a built-in function named chartAt() to get the character at the entered index.
Recall that built-in functions are functions that are already defined in the language. We can use them by calling the function and passing the required argument. The chartAt() function takes an index and returns the character at that index.
Comments are used to explain each line of the code.
//Main.java
import java.util.Scanner;
public class Main
{
public static void main(String[] args) {
//Scanner object to get input from the user
Scanner input = new Scanner(System.in);
//Declaring the variables
String s;
int index;
char c;
//Getting the inputs
s = input.nextLine();
index = input.nextInt();
//Getting the character at the index using the charAt() function
c = s.charAt(index);
//Printing the character
System.out.println(c);
}
}
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brainly.com/question/15688375
Answer:
With the use of data and their types the extent of how much data can be stored can get insanely large. types like doubles and longs allow for a range of values nearly incomprehensible in their size for storing user information, web pages, games ect. Using them essentially allows you to plan for the future of the size of whatever you're creating. On top of that, it allows for a preciseness not typically able to be reached without these types.
Answer:
High level Languages
Explanation:
High level languages are made so that the byte code, Assembly code that computers can understand should be converted into a higher level human understandable languages such as Python,C++. Also, remember that the compilers of these languages such as Visual studio ultimately converts the high level code into low level code ( Assembly code ) that computers can understand.
