Jump Statements In Python

With Python’s growing popularity, there are a lot of interesting ways to make coding jobs easier. In this blog, we will look at the widely used Python technique known as Jump Statement in Python.

What are Jump Statements in Python?

Jump statements in Python control how code runs, allowing changes to the usual order of executing statements for specific program adjustments.

Types of Jump Statement in Python

There are two types of frequently used Jump Statements in Python. They are as follows:

Break Statement

Break statements are used to terminate iterative statements such as for and while loops. The application of this case refers to immediately terminating the loop execution and proceeding to the following statements in the code.






# Example 1

for character in ‘Hello’:    

   if character == ‘l’:


   print(‘Current Character:’, character)

# Example 2

counter = 7

while counter > 0:              

   print(‘Current counter value:’, counter)

   counter = counter – 1

   if counter == 3:



Output 1

Current Character: H

Current Character: e

Output 2

Current counter value: 7

Current counter value: 6

Current counter value: 5


Continue Statement:

In Python, the continue statement sends control back to the start of a while loop, omitting the remaining statements in the ongoing iteration and resuming from the loop’s beginning.


while True:


    if x == 10:




num = 0

while num < 8:

    num += 2

    if num == 6:


    print(“Current number:”, num)

print(“End of the loop.”)


Current number: 2

Current number: 4

Current number: 8

End of the loop.


In conclusion, understanding Jump Statements in Python like break and continue is essential for efficient code management. Choosing Python programming classes in Chennai is crucial since it provides students with real-world knowledge and practical experience. This training is an invaluable resource for developers who want to become proficient in the dynamic field of programming since it gives them the abilities they need to navigate complex code structures with confidence.