Answer:
import java.util.Scanner;
public class Solution {
public static void main(String args[]) {
Scanner scan = new Scanner(System.in);
System.out.println("Enter your value");
int value = scan.nextInt();
greaterThanFive(value);
}
public static void greaterThanFive(int userInput){
System.out.println(userInput > 5);
}
}
Explanation:
The first line import the Scanner which is use to enable to accept user input.
The class is defined as Solution in the next line. The main method is declared in the next line which signify the beginning of the program.
Then, a scanner object is declared called scan in the next line. Then a prompt is display to the user to input a value. The user input is stored in the variable value. The value is then passed to the method greaterThanFive.
The method greaterThanFive is declared and have just one parameter, the userInput. Inside the method, we output if the userInput is greater than 5 using the logical operator (>).
Answer:
Explanation:
Pharming involves redirecting users to a fraudulent website even when the user has typed in the correct address in the web browser. An individual can accomplish this by changing the hosts file of the web address that the user is trying to access or by exploiting a DNS server error. Both of which will allow the individual to convince the victim that they are accessing the website that they were trying to access, but instead they have been redirected to a website that looks identical but is owned by the individual. The victim then enters their valuable and private information into the website and the individual can see it all and use it as they wish. Usually, this is done to steal banking information.
Solution :
# Reading principle amount from user
= eval(
Enter principle amount: "))
# Reading time duration in number of year from user
years = eval(input("Enter time duration in number of year: "))
# Reading interest rate from user
annualInterestRate = eval(input("Interest rate: "))
# calculating futureValue using user input data
futureValue = accountPresentValue * (1 + annualInterestRate / 100) ** years
# printing calculated futureValue to console
print("Final balance =",futureValue)
Answer:
see explaination
Explanation:
Given that we have;
Defects before testing = Defects planted = 5
Defects after testing = 20
Seeded defects found = 2
Real, non seeded defects = 18
Hence, Total number of defects = (defects planted / seeded defects found) * real, non seeded defects = (5/2)*18 = 45
Therefore, Estimated number of real defects still present = estimated total number of defects - number of real, non seeded defects found = 45-18 = 27
