Pumping Lemma Example | Prove L = 0^n n Prime Not Regular | TOC in Kannada | Lecture 36

Lecture 36: Examples on Pumping Lemma – VTU PYQ, Prove L = {0ⁿ | n is prime} is Not Regular Theory of Computation – Complete Course | In Kannada (Kanglish Style) --------------------------------------------- 📚 VTU & GATE RELEVANCE 🏆 GATE CSE Note: Proving L = {0ⁿ | n is prime} is not regular is a classic VTU PYQ and GATE CS pumping lemma problem — the proof relies on the infinitude of primes to find a contradiction. 📝 Frequently Asked Exam Questions: 1. Prove that L = {0ⁿ | n is prime} is not a regular language using the Pumping Lemma. (VTU PYQ) 2. Explain why choosing p (a prime) for the pumped string leads to a contradiction. (VTU) 3. Discuss why languages based on primes are rarely regular. (GATE) --------------------------------------------- 🔗 PLAYLIST & LINKS 🎬 Full TOC Playlist:    • Theory of Computation (TOC) Complete Cours...   📘 C Programming Playlist:    • C Programming in Kannada – Basics to Advan...   📊 DSA Playlist:    • Data Structures & Algorithms in C – Basics...   ⏮️ Previous Lecture: Lecture 35 – Examples on Pumping Lemma (Prove L = aⁿb²ⁿ Not Regular) 📺 Channel:    / @vediqclasses   --------------------------------------------- ⚠️ DISCLAIMER This content is created for educational purposes for Computer Science Aspirants. Explanations are in Kannada (Kanglish style) with technical terms in English. #PumpingLemma #VedIQClasses #VTU #theoryofcomputation #RegularLanguages #automatatheory #gatecs #VTUPYQ #VTUCSE #kannadaeducation