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In this video, we solve Question 1 from Module 1 (Finite Automata) of Theory of Computation (TOC) for VTU 5th Semester CSE/ISE students (Subject Code: BCS503). We walk through the complete process of converting a given NFA to its equivalent DFA with a clear, step-by-step explanation using state transition diagrams and logic building. 🧩 Question: 👉 Convert the following NFA to its equivalent DFA. The NFA is defined over the alphabet {0, 1} with three states: q0 (initial state) loops on both 0 and 1 🧠 Concepts Covered: NFA to DFA conversion process State combination (Lazy Evaluation Method) method Transition table building Drawing the equivalent DFA Marking final states based on NFA accept states VTU-focused solution format 🎓 Useful For: VTU 5th Sem CSE / ISE Students Subject: Theory of Computation (TOC) Subject Code: BCS503 Module 1: Finite Automata Internal & External Exam Prep (2021 Scheme) 📚 Part of Playlist: 🎥 TOC – Module 1: Finite Automata | VTU BCS503 📺 Subscribe to Express VTU 4 All for full TOC module-wise video lectures! NFA to DFA conversion VTU Theory of Computation VTU TOC Module 1 BCS503 Finite Automata VTU explanation Subset construction method DFA TOC NFA to DFA example VTU BCS503 VTU 5th sem CSE Theory of computation handwritten VTU NFA DFA VTU exam question TOC 5th sem VTU solution #VTU #TheoryOfComputation #TOC #BCS503 #FiniteAutomata #DFA #NFAtoDFA #VTU5thSem #AutomataTheory #TOCModule1 #ExpressVTU4All