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DAY 13/ #100daysofcodechallenge Today's solved problem : Leetcode POTD:-Binary Subarrays With Sum (Medium). #leetcodestreak #leetcode2024 #100daysofcodechallenge #codeeveryday

Ahoy, intrepid voyagers of the Code Cosmos! On this illustrious Day 38 of the #100DaysOfCode Odyssey, I embarked on a riveting expedition into the enigmatic domain of the "Merge k Sorted Lists" challenge on LeetCode (Problem 23). Here's a twisted glimpse of my escapade: 🔮 Tongue of Choice: C++ 🛠️ Epic Methodology: I first approached this challenge using min heap with an initial space complexity of O(n*k), but I soon optimized it to a more efficient O(k) space complexity. ⏰ Time Complexity Voyage: O(nlogk) 🌌 Space Complexity Expedition: O(k) The thrill of advancement courses through my veins, and every keystroke reverberates with expectation! As I forge ahead, I eagerly anticipate the unexplored realms that lie beyond. May your code remain as untainted as a dew-kissed leaf at sunrise, and may your algorithms harmonize like a symphony, fellow adventurers! Exciting quests await! #100DaysOfCode #CodeUpdate #ProgrammingJourney 😊

🌟 Day 39 of my LeetCode adventure is here! In my latest journey through LeetCode, I tackled the problem of setting matrix zeroes efficiently. Join me as we explore different approaches to solving this challenge, from the brute-force method to optimized solutions that minimize extra space. Read the full article to uncover the strategies and code implementations used to solve this intriguing coding challenge. #LeetCode #SetMatrixZeroes #ProblemSolving #CodingAdventure

🌟 Day 52 of my LeetCode adventure is here! Check out my detailed article where I discuss multiple approaches to finding all valid combinations of k numbers that sum up to n using numbers 1 through 9. #LeetCode #CombinationSumIII #ProblemSolving #CodingAdventure

🌟 Day 43 of my LeetCode adventure is here! Join me as we tackle the "Longest Consecutive Sequence" problem together. In this article, I delve into different approaches to efficiently find the length of the longest sequence of consecutive numbers in an unsorted array. We start with a naive approach and then level up to a more efficient solution using Set or Hashmap and sequence expansion techniques. #LeetCode #LongestConsecutiveSequence #ProblemSolving #CodingAdventure

🚀 Day 74 of #100DaysOfCode Challenge: 🌐 Exploring New Horizons: Solving Challenges with Maximum Distances! 🎓 Today's Achievement: Mastery Over Calculating Maximum Distances Between Same Elements! 🔍 Algorithmic Exploration: Dove into the realm of calculating the maximum distance between occurrences of the same element. Enhancing problem-solving skills and algorithmic finesse. 💡🔗#drgvishwanathanchallenge

#day31 of #50daysofcode 🚀 LeetCode Problem Solved: 1514 - Path with Maximum Probability 🚀 Today, I tackled LeetCode problem 1514, which involves finding the path with the maximum probability in an undirected weighted graph! 🌐 This problem was all about leveraging graph traversal techniques to calculate the most likely path between two nodes, given a set of edges and their associated success probabilities. My Approach: I used a modified version of the Bellman-Ford algorithm to solve this problem. The key idea was to iterate through all edges and update the maximum probability for each node using a relaxation technique. What I Learned: 📌 Understanding graph traversal techniques and using relaxation effectively. 📌 Dealing with floating-point precision and ensuring the answer is accurate within 1e-5. 📌 Optimizing the solution by reducing redundant checks to improve runtime.

Day 21 of my LeetCode adventure is here! Today's challenge is the Path Sum problem! We're given a binary tree and a target sum. The goal is to determine if a path exists from the root to a leaf node where the sum of all the node values along that path equals the target sum. Join me as we explore different approaches to tackling this problem. We'll delve into the code implementations and analyze their time and space complexities. Ready to put your problem-solving skills to the test? Let's conquer this challenge together! #LeetCode #PathSum #ProblemSolving #CodingAdventure

Ram Ram Bhai Saariye Coders ne! 💻✨ Aaj hai 100 Hard ka Mera 39 Din. Day 39 of the coding odyssey: 🌌 Diving into the Quantum Code Realms! 🔮 Traverse the algorithmic dimensions, decrypting the ethereal waves of code matrices. 💻🚀 Illuminate the arcane patterns, synchronize your skills, and let the quantum code revelations propel your journey! 🌐✨ #CodeQuest #QuantumCodingVoyage #EtherealExploration 🚀 #drgvishwanathanchallenge 🚀

Continuing my daily LeetCode journey🎉 Day 10: 334. Increasing Triplet Subsequence Time Complexity : O(n) Space Complexity : O(1)