Top Tweets for #TimeComplexity
Day 12/100 ๐๐ป
Todayโs focus: Time & Space Complexity ๐ง โก
๐ Learned the basics of analyzing code efficiency.
๐ Understood how time and memory usage matter.
Not just writing code, but learning to write efficient code! ๐ฅ
One concept at a time. ๐
#DSA #Java #TimeComplexity

Day 11/100 โ DSA Interview Preparation Journey ๐
Today, I focused on strengthening one of the most important foundations of Data Structures & Algorithms:
#100DaysOfCode #DSA #Java #TimeComplexity #SpaceComplexity #BigO #Sorting #CodingInterview #ProblemSolving

Day 10/100 โ DSA & GenAI Streak ๐
Today, I continued my learning journey with Rohit Negi (CoderArmy), focusing on one of the most fundamental topics in programming:
#Day10 #DSA #GenAI #TimeComplexity #SpaceComplexity #Java #CodingJourney #ProblemSolving #SoftwareEngineering

๐ Day 1 of my DSA journey!
Today I learned Big O Time Complexityโunderstanding how an algorithm's performance changes as input size grows.
Small concepts today. Better problem-solving tomorrow. ๐
#DSA #BigO #TimeComplexity #Coding #Programming #100DaysOfCode #LeetCode

#RaoBahadur An Ambitious Experiment That Never Fully Clicks and Tests Your Patience at times!
A very bold and unconventional attempt that struggles to justify its ambition. The first half tests your patience and largely serves as setup. Second half offers better drama and an interesting climax, but the narrative is dragged out and too lengthy. The social commentary has potential, but it gets lost within the drama instead of leaving a lasting impact.
Satya Dev delivers a fantastic performance. Venkatesh Maha comes up with a very unique idea, but becomes too self-indulgent, and the film ultimately gets lost in translation.
Rating: 2.25/5
Day 150 โ Day 10 of Striverโs A2Z DSA Journey Learnt Time & Space Complexity today: Big-O Notation, Best/Average/Worst Case. Preparing hard for college mid-sem exams too! Consistency is my only cheat code #DSA #StriversA2Z #Java #TimeComplexity

Day 16 of Strike DSA & Gen AI ๐
Day 10 of DSA ๐ป
Learned Time Complexity:
โข Measure operations, not seconds
โข Ignore constants
โข Focus on scalability
Hard at first, but clear by the end ๐ฅ
#Day16 #DSA #TimeComplexity #CodingJourney @rohit_negi9 @CoderArmy
#Day11 #StrikeDSA& #GenAI with Rohit Negi bhaiya
Day 11 of my DSA journey โ
Focused on Time Complexity, covering Best, Worst, Average Case and Big O, Big ฮฉ, Big ฮ notations. Building a strong foundation in algorithms and problem-solving. ๐ป #DSA #TimeComplexity #BigO #BigOmega

#Day9 #StrikeDSA& #GenAI with Rohit Negi bhaiya.
Day 10 โ
Dove deep into Time Complexity & practiced programs to analyze loops and see how operations grow.
Feeling more confident in algorithm analysis! ๐ก
#100DaysOfCode #TimeComplexity #Programming #CodingJourney #Consistency

โก STRIKE โ @rohit_negi9 | DSA Lectures 11โ12
Lecture 11: Solved more problems on time complexity. Learned Big-O, Big-ฮฉ, ฮ with nยฒ examples.
Lecture 12: Learned space complexity, basics of sorting, and selection sort.
Strengthening DSA fundamentals
#STRIKE #DSA #TimeComplexity


โก STRIKE โ @rohit_negi9 | DSA (Time Complexity)
Solved more problems on time complexity. Learned Big-O (upper bound), Big-ฮฉ (lower bound), and ฮ (exact bound).
For nยฒ: Big-O โ nยฒ, nยณโฆ, Big-ฮฉ โ 1, log n, n, and ฮ โ nยฒ only.
#STRIKE #DSA #TimeComplexity #LearningInPublic

๐ #Day18 | Strike DSA + GenAI By @rohit_negi9
Today was about breaking Time Complexity myths
Cleared the real meaning of Big O, Big ฮฉ & Big ฮ โ
they are bounds, not best/avg/worst cases.
#DSA #TimeComplexity #LearningInPublic #CodeArmy

Day 25 โ DSA
Algorithm Analysisโข Big-O: Upper Bound (The one we care about most!) โข Omega: Lower Bound โข Theta: Average/Tight Bound
Solved practice questions to see how these apply to actual loops and logic. The foundation is getting solid.
@rohit_negi9
#DSA #TimeComplexity

Day 18 | Strike DSA + GenAI | Lecture 11 by @rohit_negi9 bhaiya
Covered Time Complexity fundamentals:
log n, best/average/worst cases, and asymptotic analysis โ Big O (upper bound), Theta (exact), Omega (lower bound).
#DSA #TimeComplexity #BigO #GenAI #Learning

Day 18 of #StrikeDSA & #GenAI ๐
Correct understanding ๐
โข Big-O โ upper bound (equal or above)
โข ฮฉ โ lower bound (equal or below)
โข ฮ โ exact bound
If ฮ = nยฒ
O can be nยณ,nโดโฆ
ฮฉ can be n,1
Myths breaked๐ฅ
#DSA #TimeComplexity

โ
Lecture11 Of DSA Course in C++ with
@rohit_negi9 #strike
Today's Deep learning on the Time Complexity
๐Know about the -
Big O , Omega and Theta
Big 0 is the upper bound and omega is lower bound and
Theta is exact .
Code smarter, not harder ๐ปโก
#BigO #DSA #TimeComplexity

Day 16 | #StrikeDSA ๐ (Lecture 10)
Learned the real meaning of Time Complexity.
Itโs not about execution time, but how code grows with input.
Practiced analysis-based questions โ felt easier with DAA background.
#DSA #TimeComplexity #LearningInPublic #CodingJourney @rohit_negi9
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