#Python not equal code#
The above code gives us an error, as shown in the below screenshot. Usually, it gives ZeroDivisionError as we know any number divided by zero is infinity (∞). Example #7Įxplanation: In Python, the modulo operator gives an error when the divisor is zero (0).
In Python, the modulo operator can be used on negative numbers also which gives the same remainder as with positive numbers, but the negative sign of the divisor will be the same in the remainder.Įxplanation: These negative numbers use the fmod() function to find the remainder if any one of the numbers among dividend or divisor is negative, then we can even use the fmod() function of the math library, and this can also be used to find the remainder of floating-point numbers also. Modulo operator or Remainder operator is also used on floating-point numbers, not like division operator ( // ), which is used only on integers and gives remainder also in integer form.
If the number is 2, then 2 % 2 gives remainder 0, so its an even number, not odd, now if the number is 3, then 3 % 2 gives remainder 1, which 2 goes into 3 one time so yields 2 and remainder is 3 – 2 =1 which not zero so the given number 3 is odd and using for loop it will check till 20 numbers and print all the odd numbers between 0 and 20. Below is a piece of code to print odd numbers between 0 and 20.Įxplanation: In the above example using a modulo operator, it prints odd numbers between 0 and 20 from the code if the number is divided by 2 and the remainder obtained is 0, then we say it as an even number else its odd number. Example #4Ī remainder operator or modulo operator is used to find even or odd numbers. we have two arrays and, so 7 % 3,3 goes into 7 two times, so the remainder is 1, -6 % 4, 4 goes into 6 one time, so the remainder is 2, 9 % 3, 3 goes into 9 three times, so the remainder is 0. Example #3Įxplanation: In the above example, the numpy.remainder() function can be used on the list of items to calculate the remainder of the respective item in the list or array of elements. In this example, it is 6 % 4, 4 goes into 6, one time which yields 4 so the remainder is 6 – 4 =2. Example #2Įxplanation: The above example uses numpy.remainder() function on the given dividend and divisor to find the remains of two, which works similar to the modular operator. This function is also used on individual numbers. It returns the remainder of the division of two arrays and returns 0 if the divisor array is 0 (zero) or if both the arrays are having an array of integers. In Python, the remainder is obtained using numpy.ramainder() function in numpy. Example #1Įxplanation: In the above example x = 5, y =2 so 5 % 2, 2 goes into 5 two times which yields 4 so remainder is 5 – 4 = 1. Examples of Python Reminder Operatorįollowing are the different examples of Python Reminder Operator. The remainder will be a floating-point number if one among dividend or divisor is a float number. The remainder will be an integer if both dividends are integers. This remainder operator is used for both integers and float numbers.ĭividend % Divisor: The remainder is obtained when x is divided by y. one operand is divided with other operand results in us remainder. Similarly, the python remainder operator or modulus operator also returns the remainder when two operands are divided, i.e. In Python, the modulus operator is a percentage symbol (‘%’) which is also known as python remainder operator, whereas there is a division operator for integer as ’//’, which works only with integer operands also returns remainder but in integers. The operators can be symbolized as ‘+’ for addition, ‘-’ for subtraction, ‘/’ for division, ‘*’ for multiplication, etc. Operators are special symbols that are used on operands to do some operation such as addition, subtraction, division, etc. Python remainder operators are used for the computation of some operands. Introduction to Python Remainder Operator
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