This divmod() function provides a convenient way to perform division and obtain both the quotient and remainder simultaneously. In this article, we’ll explore Python’s `divmod()`

function in-depth, understand its purpose, and examine practical examples using real data to illustrate its usefulness.

## Understanding `divmod()`

The `divmod()`

function takes two arguments and returns a tuple containing two values: the quotient and the remainder of the division operation. It is particularly handy when you need both results in a single call, saving you computation time.

Here’s the basic syntax of `divmod()`

:

```
divmod(x, y)
```

`x`

: The dividend (number to be divided).`y`

: The divisor (number to divide by).

## Example Usage

Let’s start with a simple example to understand how `divmod()`

works:

```
# Using divmod() to calculate quotient and remainder
result = divmod(17, 5)
print("Quotient:", result[0])
print("Remainder:", result[1])
```

In this example, `divmod(17, 5)`

calculates the quotient and remainder when 17 is divided by 5, resulting in a tuple `(3, 2)`

. The quotient is 3, and the remainder is 2.

## Real-World Examples

Now, let’s explore some practical scenarios where `divmod()`

proves to be valuable:

### 1. Calculating Time

Suppose you want to convert a total number of minutes into hours and minutes. You can use `divmod()`

to achieve this:

```
total_minutes = 125
hours, minutes = divmod(total_minutes, 60)
print(f"{total_minutes} minutes is {hours} hours and {minutes} minutes.")
```

### 2. Handling Inventory

Imagine you have a store with 251 products, and you want to distribute them into boxes with a capacity of 50 products each. `divmod()`

helps you calculate how many boxes you need and how many products are left:

```
total_products = 251
box_capacity = 50
boxes, leftover_products = divmod(total_products, box_capacity)
print(f"You need {boxes} boxes and there are {leftover_products} products left.")
```

### 3. Pagination

In web development, pagination is a common task. You can use `divmod()`

to calculate the number of pages and the items on the last page when displaying a list of items:

```
items_per_page = 10
total_items = 75
pages, last_page_items = divmod(total_items, items_per_page)
print(f"Total pages: {pages + 1}")
print(f"Items on the last page: {last_page_items}")
```