# Python code to demonstrate working of    # add() sub() mul()   # importing operator module    import   operator   # Initializing variables   a   =   4   b   =   3   # using add() to add two numbers   print   (  'The addition of numbers is :'    end  =  ''  );   print   (  operator  .  add  (  a     b  ))   # using sub() to subtract two numbers   print   (  'The difference of numbers is :'    end  =  ''  );   print   (  operator  .  sub  (  a     b  ))   # using mul() to multiply two numbers   print   (  'The product of numbers is :'    end  =  ''  );   print   (  operator  .  mul  (  a     b  ))   

   # Python code to demonstrate working of    # truediv() floordiv() pow() mod()   # importing operator module    import   operator   # Initializing variables   a   =   5   b   =   2   # using truediv() to divide two numbers   print   (  'The true division of numbers is : '    end  =  ''  );   print   (  operator  .  truediv  (  a    b  ))   # using floordiv() to divide two numbers   print   (  'The floor division of numbers is : '    end  =  ''  );   print   (  operator  .  floordiv  (  a    b  ))   # using pow() to exponentiate two numbers   print   (  'The exponentiation of numbers is : '    end  =  ''  );   print   (  operator  .  pow  (  a    b  ))   # using mod() to take modulus of two numbers   print   (  'The modulus of numbers is : '    end  =  ''  );   print   (  operator  .  mod  (  a    b  ))   

   # Python code to demonstrate working of    # lt() le() and eq()   # importing operator module    import   operator   # Initializing variables   a   =   3   b   =   3   # using lt() to check if a is less than b   if  (  operator  .  lt  (  a    b  )):   print   (  '3 is less than 3'  )   else   :   print   (  '3 is not less than 3'  )   # using le() to check if a is less than or equal to b   if  (  operator  .  le  (  a    b  )):   print   (  '3 is less than or equal to 3'  )   else   :   print   (  '3 is not less than or equal to 3'  )   # using eq() to check if a is equal to b   if   (  operator  .  eq  (  a    b  )):   print   (  '3 is equal to 3'  )   else   :   print   (  '3 is not equal to 3'  )   

   # Python code to demonstrate working of    # gt() ge() and ne()   # importing operator module    import   operator   # Initializing variables   a   =   4   b   =   3   # using gt() to check if a is greater than b   if   (  operator  .  gt  (  a    b  )):   print   (  '4 is greater than 3'  )   else   :   print   (  '4 is not greater than 3'  )   # using ge() to check if a is greater than or equal to b   if   (  operator  .  ge  (  a    b  )):   print   (  '4 is greater than or equal to 3'  )   else   :   print   (  '4 is not greater than or equal to 3'  )   # using ne() to check if a is not equal to b   if   (  operator  .  ne  (  a    b  )):   print   (  '4 is not equal to 3'  )   else   :   print   (  '4 is equal to 3'  )