Rostyslav Bilan’s Post

Have you ever pulled a character from a string ? This is what we call string Subscripting, pulling out any specific character from any string. It is one of the foundational concepts in Python, enabling developers to access and manipulate text with precision. To help others understand this concept better, I’ve created a detailed explanation in my Medium: Key concepts I have discussed in article: Zero-Based Indexing – Understanding how Python starts counting from 0. Negative Indexing – Accessing characters relative to the end of a string. Python Code Workflow – Demonstrating how indices map to characters through practical examples. Here is the link to my medium article, If you want to explore it in depth and want to see the example workflow, just visit it here. https://lnkd.in/dWtThCQw

🟢 🔰 Problem 102/200: How to Find the Largest and Smallest Elements in a List in Python ◼️ Welcome to Problem 102 of my FREE Python Problem-Solving Series! Today, we will find the largest and smallest elements in a list using Python. 🟩 STEPS TO SOLVE: Input the List: Use input() to take a list of numbers from the user. Find the Largest and Smallest: Use Python’s built-in max() and min() functions. Print the Result: Output the largest and smallest numbers using the print() function.

PyCharm vs VS Code -- which is best for Python in 2024? Read out the full blog by clicking here:-> https://dly.to/iJnFOiJq24z

🐍 Day 5 of #100DaysOfRTFM: Revisiting Python’s Standard Library 🛠️. From itertools to functools, these built-ins are the unsung heroes of clean, efficient code! 🔍✨ What’s your go-to Python module? 🤔 #Python #RTFM #ProgrammingJourney #CodeDaily

what's up, dosto? 😎 👋 Day 12 of my python hustle, and today i dove into, python code for Full Pyramid Patterns in Python A full pyramid pattern is a series of lines that form a pyramid-like structure. Each line contains a specific number of characters, and the number of characters on each line increases symmetrically as we move down the pyramid.

🟢 🔰 Problem 35/200: How to Find the Largest Element in a List in Python 🟩 SOURCE CODE AVAILABLE HERE: https://lnkd.in/dqbFy2Uz ◼️ Welcome to Problem 35 of my FREE Python Problem-Solving Series! Today, we will find the largest element in a list using Python. 🟩 STEPS TO SOLVE: Input a List of Numbers: Use input() to take a list of numbers separated by commas. Find the Largest Element: Use the max() function to find the largest element in the list. Print the Result: Output the largest element using the print() function.

🟢 🔰 Problem 118/200: Reverse a List in Python ◼️ Welcome to Problem 118 of my FREE Python Problem-Solving Series! Problem: Given a list, reverse the elements without using built-in reverse functions. 🟩 STEPS TO SOLVE: Take Input: Get the list from the user. Reverse the List Manually: Use slicing to reverse the list or iterate from the end to the start. Return the Reversed List: Print the reversed list.

🟢 🔰 Problem 157/200: Find the Longest Consecutive Sequence in Python ◼️ Welcome to Problem 157 of my FREE Python Problem-Solving Series! Problem: Given an unsorted array of integers, find the length of the longest consecutive elements sequence. 🟩 STEPS TO SOLVE: Use a Set for Constant-Time Lookups: Convert the array to a set to allow O(1) lookups for consecutive elements. Track the Longest Sequence: For each element, if it’s the start of a sequence, track how long the sequence goes. Return the Longest Length: Return the length of the longest consecutive sequence found.

🟢 🔰 Problem 149/200: Rotate Array in Python ◼️ Welcome to Problem 149 of my FREE Python Problem-Solving Series! Problem: Given an array nums and an integer k, rotate the array to the right by k steps, where k is non-negative. 🟩 STEPS TO SOLVE: Reverse the Whole Array: First reverse the entire array. Reverse Parts: Then reverse the first k elements and the remaining elements.

Ever stumbled upon code that felt like a tangled web of confusion? Read: https://lnkd.in/dVHvmgr6 How do you ensure your code speaks a universal language? Dive into our latest article as we unravel the power of type annotations in Python!