We use cookies to ensure you have the best browsing experience on our website. Please read our cookie policy for more information about how we use cookies.
- Prepare
- Python
- Introduction
- Python: Division
- Discussions
Python: Division
Python: Division
Sort by
recency
|
924 Discussions
|
Please Login in order to post a comment
The McDonald’s Breakfast Menu in the UK offers a variety of delicious options to start your day right. Whether you’re craving a classic Egg McMuffin, a warm Sausage and Egg McMuffin, or a crispy Hash Brown, there's something for everyone. The McDonald's Breakfast Menu is available until 11 am, making it perfect for early risers or those who enjoy a leisurely breakfast. Pair your meal with a hot coffee or an orange juice for the ultimate morning treat. Satisfy your cravings with McDonald’s Breakfast Menu today!
I’ve been thinking about floating-point precision issues in Python, especially in the context of the Division challenge. How do you handle precision errors when performing division with large or complex numbers?
Do you prefer using the decimal module for critical calculations, or do you have other strategies for ensuring accurate results ?
Would love to hear your approaches and any tips for managing precision in Python!
a = int(input()); b = int(input()); print(f'{a//b}\n{a/b}') I have written multiple statements using ';' and the concept of f-strings in order to print the required output
/ Divide a number with another // Divide two numbers & round the answer to nearest integer value
Great discussion! If you're interested in diving deeper into Python programming and related topics, our website offers a wealth of articles and resources on various programming challenges and solutions. Check it out at and share your thoughts with us!