In this simple python program, we need to find the largest element. It is a number-based python program.

For a better understanding of this example, we always recommend you to learn the basic topics of Python programming listed below:

In this python program, we need to find the largest element of the list using Bubble sort. So first, the list to be sorted, and then check the largest element from the sorted list. To get the list sorted, the bubble sort method is used.

**Bubble sort:** It is a most simple type of sort used but rarely used in the real world. It is also called a **comparison **sort. How it works is we have to take one element in the list and compare that with the adjacent element until the taken element is in the right position in the list.

In the second pass, we take the next element and compare that with adjacent elements to make that in the proper position. We continue that until the list is fully sorted. The worst-case complexity of bubble sort is **O(n**2)**. where n is the number of elements in the list.

Let us check the python program after initializing a list and With the help of a `for loop`

, add the elements to the list using the `append`

operator. Then open a nested for loop to implement the bubble sort as in the outer for loop we take each element from zero to the list's length. Using inner for loop we compare that element with all other elements in the list. With the help of a `if`

condition statement in python programming, if the comparing element is greater than the compared element we do a `swap`

using a temporary variable.

STEP 1: Initialize a list for storing the values in the list in python language.

STEP 2: Accept the number of terms needed in the user list using the `input`

method in python.

STEP 3: Use a `for loop`

and `append`

operator in python programming to insert the entered elements to the list.

STEP 4: Start the outer for loop from **zero **to the **length **of the list to compare every element in the list.

STEP 5: Open the inner for loop from zero to one element less than the list's length.

STEP 6: With the help of an `if`

condition compares, the element is higher than the adjacent element in the list.

STEP 7: Swap the element with the adjacent element using the `swap`

method with the help of a **temporary **variable.

STEP 8: Print the last element of the list as the largest element in the list.

` ````
a=[]
n=int(input("Enter number of elements:"))
for i in range(1,n+1):
b=int(input("Enter element:"))
a.append(b)
for i in range(0,len(a)):
for j in range(0,len(a)-i-1):
if(a[j]>a[j+1]):
temp=a[j]
a[j]=a[j+1]
a[j+1]=temp
print('Largest element in the list is:',a[n-1])
```

Enter number of elements: 5 Enter element: 12 Enter element: 14 Enter element: 5 Enter element: 7 Enter element: 2 Largest element in the list is: 14