Study Table

  import java . util . Scanner ; public class BinaryToDecimal {     public static int dec , q , rem ;     public static StringBuffer sb ;     public static void main ( String args [])     {         Scanner scanner = new Scanner ( System . in );         System . out . println ( "Enter a Decimal Value: " );         dec = scanner . nextInt ();         sb = new StringBuffer ( " " );         q = dec ; rem = 0 ;         BinaryToDecimal object = new BinaryToDecimal ();         System . out . println ( "The Binary form is " + ( object . Binary ( dec )). reverse ());         scanner . close ();     }     StringBuffer Binary ( int dec )     {         dec = dec / 2 ; rem = q % 2 ;         sb ...

  import java . util . Scanner ; public class BinarySearch {     public static void main ( String args [])     {         Scanner scanner = new Scanner ( System . in );         System . out . println ( "Enter array Strength: " );         int array [] = new int [ scanner . nextInt ()];         System . out . println ( "Enter array Elements: " );         for ( int i = 0 ; i < array . length ; i ++ ) array [ i ] = scanner . nextInt ();         for ( int i = 0 ; i < array . length ; i ++ )         {             for ( int j = 0 ; j < array . length - 1 ; j ++ )             {                 int temp = 0 ;                 if ( array [ j ] > array [ j + 1 ]) ...

import java . util . Scanner ; class ASCII {     public static void main ( String args [])     {         Scanner scanner = new Scanner ( System . in );         System . out . print ( "Enter a String or Character: " );         String str = scanner . next ();         System . out . println ( "The UNICODE value of " + str + " is " );         ASCII . code ( str ); scanner . close ();     }     public static int code ( char ch )     {         return ( int )( ch );     }     public static void code ( String str )     {         for ( int i = 0 ; i < str . length (); i ++ )         {             char ch = str . charAt ( i );             System . out . println ( ch + ":" +...