✅35/100
Just solved "Valid Palindrome" .🚀
My first regex-based solution worked, but it took O(n) space. The real win was refactoring it with a two-pointer approach to get that with O(1) space 😇
Thanks @akshaymarch7 🙏
#DSA#Leetcode#BigO#SpaceComplexity
"Day 9: DSA Learning - Time & Space Complexity ⏱️💻 Learned to analyze algorithms' efficiency! 📊 Mastering Big O notation & optimizing code for better performance! 🚀 #DSA#TimeComplexity#SpaceComplexity" thnkuuu @akshaymarch7
ALT 🚀 Day 89 / 180 | Backend Journey to Land an Internship
📘 DSA Day 14
🕒 Study Time: 5 hours 40 minutes
📍 Focus: Time & Space Complexity LeetCode Practice
📍 GitHub Repo: https://github.com/M0rs-Ruki/DSA
🎯 **Goal:** Land a backend development internship
🛠️ **Today's Focus:** Understanding Time & Space Complexity and practicing
LeetCode problems
📚 **Topics Covered:**
🔹 Disclaimer: Why study these concepts?
🔹 Time Complexity
🔹 Big O Notation
🔹 Space Complexity
🔹 Common Time Complexities
🔹 O(1), O(n), O(n²), O(n³)
🔹 O(logn), O(nlogn), O(2ⁿ), O(n!)
🔹 Prime Number Problem
🔹 Selection Sort
🔹 Recursion & Its Time Complexity
🏆 **Wins:**
✅ Solved 2 LeetCode problems:
1️⃣ Two Sum
2️⃣ Search Insert Position (Problem 35)
✅ Strengthened core understanding of algorithmic complexity
💡 **Lesson Learned:**
Today gave me a strong foundation in analyzing how efficient a program is.
Solving problems like Two Sum with time complexity i
Day 02/100: DSA revision
⏱️ Time & Space Complexity
- Explored Big O notation: O(1), O(n), O(n^2) for time complexity
- Analyzed space complexity: O(1) & O(n)
#100DaysOfCode#DSA#TimeComplexity#SpaceComplexity
Day 11
✅ Woke up at 6 AM
✅ Watched a Java class
✅Solved 2 leetcode problem
✅ Workout at 5:30 PM
#Java#CodingLife#KunalKushwaha #TimeComplexity#SpaceComplexity#LeetCode
Day 10
✅ Woke up at 6 AM
⚡ Partially watched Java class
✅ Workout at 5:30 PM
#Java#CodingLife#LearningEveryday #KunalKushwaha#TimeComplexitu#SpaceComplexity
#Day6 : Learning DSA with C
Today I focused on understanding #TimeComplexity and #SpaceComplexity —two crucial concepts for writing efficient algorithms.
💡 Problem solved :
1.Time complexity of nested loops
2. Space complexity of an array-based algorithms.
#Day6#DSA