Operator # ### # (1) arithmetic operators: + - * / // **% var1 = 10 var2. 7 = # + RES = var1 var2 + Print (RES) # - RES = var1 -var2 Print (RES ) # 3 # * RES * = var1 var2 Print (RES) # 70 # / the end result must be a decimal RES = 14/7 Print (RES) # # // floor after the divisor divisible RES = 14 // 7 # If the dividend or the divisor is a decimal, the result followed by one of .0 RES. 7 = 14.3 // Print (RES) #% RES # =. 8. 3% normal take the remainder RES # = -2. 3% -8 + =. 3. 1 RES # -3. 8% 2 = + (-3) = -1 RES # = -8 -3 -5% if their symbols are then directly take the remainder symbol, followed by a minus sign Print (RES) # ** RES = 2 **. 3 RES = 2. 4 ** Print (RES) # != # (2) comparison operators:> <> = <= = ==! "" "Returns a boolean value False True" "" #> var1 =. 5 var2. 3 = RES = var1> var2 Print (RES) # < RES = var1 <var2 Print (RES) #> = RES = var1> = var2 RES. 5 => # =. 5 to satisfy a condition returns true square Print (RES) # <= RES = var1 <var2 = RES =. 5 <= # 5 to satisfy a condition returns true square Print (RES) # == RES = var1 var2 == Print (RES) "" " # extra attention IF var1 var2 ==: Print (123) IF = var1 var2: # assignment operator Print (345) 0 0.0 0j False ''() [] set() dict() None """ res = var1 != var2 print(res)