A reflective cross-site scripting attack (like the one in this lab) is a __________ attack in which all input shows output on th
1 answer:
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Answer:
Follows are the solution to this question:
import java.util.*;//import package
public class Main//defining a class
{
public static void main(String[] ags)//main method
{
float GPA;//defining floating point variable
int annual_income;//defining integer variable
Scanner ga = new Scanner(System.in);//creating Scanner class object
System.out.println("Enter GPA of student family : ");//print message
GPA= ga.nextFloat();//input value from user-end
System.out.println("Enter annual income of student family : ");//print message
annual_income= ga.nextInt();//input value from user-end
System.out.println("Is student resident of New Jersey(y/n) :");//print message
char a=ga.next().charAt(0);//defining char variable to input char value
if(GPA>=3.75) //use if block to check GPA value
{
if(annual_income>60000) // use if to check annual income value
{
if((a == 'y'|| a== 'Y')) //use if to check char value
System.out.println("Student accepted in college");//print message
else//defining else block
System.out.println("Student is not accepted in college because he/she not resident of New Jersey ");//print message
}
else//defining else block
System.out.println("Student is not accepted in college because annual income is less than $60000 ");//print message
}
else//defining else block
System.out.println("Student is not accepted in college because GPA is less than 3.75 ");//print message
}
}
Output:
Please find the attached file.
Explanation:
Please find the attached file of the pseudocode.
In this code one integer, one float, and char variable "GPA, annual_income, and a" is declared, that uses the scanner class for accept value from the user-end, and in the next step, nested if the statement is used that checks the GPA value, annual_income, and a value and use the print method to print a value with the message.
Answer: B
Explanation:
if each color can be represented as 8 bits and you have 3 colors total that would mean you would need 24 bits to represent the entirety of the RGB spectrum. And each bit can either be on or off so you have two choices for each one. So the total amount of colors you can have for 8bit RGB would be which is 16,777,216.