The divmod() function is used to divide and return the result as an integer and the remainder of the two entered numbers. What this function does is to take two numbers and returns a pair of numbers (a tuple) consisting of their quotient and remainder. This is a common math operation in python to help solve math problems.

Here at Ibmi Media, as part of our Server Management Services, we regularly help our Customers to perform related Python function queries.

In this context, we shall look into how to use the divmod() function in Python.

More about divmod() function and it's syntax 

The divmod() function returns 2 values: integer and remainder. 

Basically, divmod() returns:

(q, r) - a pair of numbers (a tuple) consisting of quotient q and remainder r

If x and y are integers, the return value from divmod() is same as (a // b, x % y).

If either x or y is a float, the result is (q, x%y). Here, q is the whole part of the quotient.

It's syntax is given below:

divmod(x, y)

It's Parameter Values is given below:

• x: dividend also known as a non-complex number (numerator).
• y: divisor also regarded as a non-complex number (denominator).

Examples of using Python divmod() function

1. If you have a fuctions such as:

x = divmod(7, 2)
print(x)

The output will be:

(3, 1)

2. Take a look at another divmod() fuction:

x = divmod(9, 4)
y = divmod(7, 2)
print("x = ", x)
print("y = ", y)

The output will be:

x = (2, 1)
y = (3, 1)

3. Here is another one:

divmod() combines input() function
print("Enter x number:")
x = int(input())
print("Enter y number:")
y = int(input())
z = divmod(x, y)
print("Result: ",z)

The Output will be:

Enter x number: 5
Enter y number: 2
Result: (2, 1)

4. A complex divmod() fuction is given below:

print('divmod(8, 3) = ', divmod(8, 3))
print('divmod(3, 8) = ', divmod(3, 8))
print('divmod(5, 5) = ', divmod(5, 5))
# divmod() with Floats
print('divmod(8.0, 3) = ', divmod(8.0, 3))
print('divmod(3, 8.0) = ', divmod(3, 8.0))
print('divmod(7.5, 2.5) = ', divmod(7.5, 2.5))
print('divmod(2.6, 0.5) = ', divmod(2.6, 0.5))

It's Output would be:

divmod(8, 3) =  (2, 2)
divmod(3, 8) =  (0, 3)
divmod(5, 5) =  (1, 0)
divmod(8.0, 3) =  (2.0, 2.0)
divmod(3, 8.0) =  (0.0, 3.0)
divmod(7.5, 2.5) =  (3.0, 0.0)
divmod(2.6, 0.5) =  (5.0, 0.10000000000000009)

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