Turn off the rightmost set bit
Here given code implementation process.
// C program for
// Turn off the rightmost set bit
#include <stdio.h>
// Returns a unsets view of right most bit
int unSetBit(int num)
{
return num & (num - 1);
}
// Handles the request of unset the rightmost bit of a number
void changeActiveRightMost(int num)
{
printf(" Number : %d\n", num);
printf(" After change of rightmost active bit : %d\n\n", unSetBit(num));
}
int main()
{
// 1010
changeActiveRightMost(10);
//1111
changeActiveRightMost(15);
//101000000
changeActiveRightMost(320);
return 0;
}Output
Number : 10
After change of rightmost active bit : 8
Number : 15
After change of rightmost active bit : 14
Number : 320
After change of rightmost active bit : 256
/*
Java Program for
Turn off the rightmost set bit
*/
class BitLogic
{
// Returns a un set view of right most active bit
public int unSetBit(int num)
{
return num & (num - 1);
}
// Handles the request of unset the active rightmost bit of a number
public void changeActiveRightMost(int num)
{
System.out.print(" Number : " + num + "\n");
System.out.print(" After change of rightmost active bit : " + unSetBit(num) + "\n\n");
}
public static void main(String[] args)
{
BitLogic task = new BitLogic();
// 1010
task.changeActiveRightMost(10);
// 1111
task.changeActiveRightMost(15);
// 101000000
task.changeActiveRightMost(320);
}
}Output
Number : 10
After change of rightmost active bit : 8
Number : 15
After change of rightmost active bit : 14
Number : 320
After change of rightmost active bit : 256
// Include header file
#include <iostream>
using namespace std;
/*
C++ Program for
Turn off the rightmost set bit
*/
class BitLogic
{
public:
// Returns a un set view of right most active bit
int unSetBit(int num)
{
return num &(num - 1);
}
// Handles the request of unset the active rightmost bit of a number
void changeActiveRightMost(int num)
{
cout << " Number : " << num << "\n";
cout << " After change of rightmost active bit : " << this->unSetBit(num) << "\n\n";
}
};
int main()
{
BitLogic task = BitLogic();
// 1010
task.changeActiveRightMost(10);
// 1111
task.changeActiveRightMost(15);
// 101000000
task.changeActiveRightMost(320);
return 0;
}Output
Number : 10
After change of rightmost active bit : 8
Number : 15
After change of rightmost active bit : 14
Number : 320
After change of rightmost active bit : 256
// Include namespace system
using System;
/*
C# Program for
Turn off the rightmost set bit
*/
public class BitLogic
{
// Returns a un set view of right most active bit
public int unSetBit(int num)
{
return num & (num - 1);
}
// Handles the request of unset the active rightmost bit of a number
public void changeActiveRightMost(int num)
{
Console.Write(" Number : " + num + "\n");
Console.Write(" After change of rightmost active bit : " + unSetBit(num) + "\n\n");
}
public static void Main(String[] args)
{
BitLogic task = new BitLogic();
// 1010
task.changeActiveRightMost(10);
// 1111
task.changeActiveRightMost(15);
// 101000000
task.changeActiveRightMost(320);
}
}Output
Number : 10
After change of rightmost active bit : 8
Number : 15
After change of rightmost active bit : 14
Number : 320
After change of rightmost active bit : 256
<?php
/*
Php Program for
Turn off the rightmost set bit
*/
class BitLogic
{
// Returns a un set view of right most active bit
public function unSetBit($num)
{
return $num & ($num - 1);
}
// Handles the request of unset the active rightmost bit of a number
public function changeActiveRightMost($num)
{
echo " Number : ". $num ."\n";
echo " After change of rightmost active bit : ". $this->unSetBit($num) ."\n\n";
}
}
function main()
{
$task = new BitLogic();
// 1010
$task->changeActiveRightMost(10);
// 1111
$task->changeActiveRightMost(15);
// 101000000
$task->changeActiveRightMost(320);
}
main();Output
Number : 10
After change of rightmost active bit : 8
Number : 15
After change of rightmost active bit : 14
Number : 320
After change of rightmost active bit : 256
/*
Node Js Program for
Turn off the rightmost set bit
*/
class BitLogic
{
// Returns a un set view of right most active bit
unSetBit(num)
{
return num & (num - 1);
}
// Handles the request of unset the active rightmost bit of a number
changeActiveRightMost(num)
{
process.stdout.write(" Number : " + num + "\n");
process.stdout.write(" After change of rightmost active bit : " + this.unSetBit(num) + "\n\n");
}
}
function main()
{
var task = new BitLogic();
// 1010
task.changeActiveRightMost(10);
// 1111
task.changeActiveRightMost(15);
// 101000000
task.changeActiveRightMost(320);
}
main();Output
Number : 10
After change of rightmost active bit : 8
Number : 15
After change of rightmost active bit : 14
Number : 320
After change of rightmost active bit : 256
# Python 3 Program for
# Turn off the rightmost set bit
class BitLogic :
# Returns a un set view of right most active bit
def unSetBit(self, num) :
return num & (num - 1)
# Handles the request of unset the active rightmost bit of a number
def changeActiveRightMost(self, num) :
print(" Number : ", num )
print(" After change of rightmost active bit : ", self.unSetBit(num) ,"\n")
def main() :
task = BitLogic()
# 1010
task.changeActiveRightMost(10)
# 1111
task.changeActiveRightMost(15)
# 101000000
task.changeActiveRightMost(320)
if __name__ == "__main__": main()Output
Number : 10
After change of rightmost active bit : 8
Number : 15
After change of rightmost active bit : 14
Number : 320
After change of rightmost active bit : 256
# Ruby Program for
# Turn off the rightmost set bit
class BitLogic
# Returns a un set view of right most active bit
def unSetBit(num)
return num & (num - 1)
end
# Handles the request of unset the active rightmost bit of a number
def changeActiveRightMost(num)
print(" Number : ", num ,"\n")
print(" After change of rightmost active bit : ", self.unSetBit(num) ,"\n\n")
end
end
def main()
task = BitLogic.new()
# 1010
task.changeActiveRightMost(10)
# 1111
task.changeActiveRightMost(15)
# 101000000
task.changeActiveRightMost(320)
end
main()Output
Number : 10
After change of rightmost active bit : 8
Number : 15
After change of rightmost active bit : 14
Number : 320
After change of rightmost active bit : 256
/*
Scala Program for
Turn off the rightmost set bit
*/
class BitLogic
{
// Returns a un set view of right most active bit
def unSetBit(num: Int): Int = {
return num & (num - 1);
}
// Handles the request of unset the active rightmost bit of a number
def changeActiveRightMost(num: Int): Unit = {
print(" Number : " + num + "\n");
print(" After change of rightmost active bit : " + this.unSetBit(num) + "\n\n");
}
}
object Main
{
def main(args: Array[String]): Unit = {
var task: BitLogic = new BitLogic();
// 1010
task.changeActiveRightMost(10);
// 1111
task.changeActiveRightMost(15);
// 101000000
task.changeActiveRightMost(320);
}
}Output
Number : 10
After change of rightmost active bit : 8
Number : 15
After change of rightmost active bit : 14
Number : 320
After change of rightmost active bit : 256
/*
Swift 4 Program for
Turn off the rightmost set bit
*/
class BitLogic
{
// Returns a un set view of right most active bit
func unSetBit(_ num: Int)->Int
{
return num & (num - 1);
}
// Handles the request of unset the active rightmost bit of a number
func changeActiveRightMost(_ num: Int)
{
print(" Number : ", num );
print(" After change of rightmost active bit : ", self.unSetBit(num) ,"\n");
}
}
func main()
{
let task: BitLogic = BitLogic();
// 1010
task.changeActiveRightMost(10);
// 1111
task.changeActiveRightMost(15);
// 101000000
task.changeActiveRightMost(320);
}
main();Output
Number : 10
After change of rightmost active bit : 8
Number : 15
After change of rightmost active bit : 14
Number : 320
After change of rightmost active bit : 256
/*
Kotlin Program for
Turn off the rightmost set bit
*/
class BitLogic
{
// Returns a un set view of right most active bit
fun unSetBit(num: Int): Int
{
return num and(num - 1);
}
// Handles the request of unset the active rightmost bit of a number
fun changeActiveRightMost(num: Int): Unit
{
print(" Number : " + num + "\n");
print(" After change of rightmost active bit : " + this.unSetBit(num) + "\n\n");
}
}
fun main(args: Array < String > ): Unit
{
var task: BitLogic = BitLogic();
// 1010
task.changeActiveRightMost(10);
// 1111
task.changeActiveRightMost(15);
// 101000000
task.changeActiveRightMost(320);
}Output
Number : 10
After change of rightmost active bit : 8
Number : 15
After change of rightmost active bit : 14
Number : 320
After change of rightmost active bit : 256
Please share your knowledge to improve code and content standard. Also submit your doubts, and test case. We improve by your feedback. We will try to resolve your query as soon as possible.
New Comment