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Theory of Computation (Automata)

Which of the following best describes DFA-NFA equivalence?

Difficulty: Hard

About this MCQ

This Hard Theory of Computation (Automata) MCQ checks one syllabus fact.

The question is: “Which of the following best describes DFA-NFA equivalence?”

The accepted answer is D. The concept where a DFA and an NFA are considered equivalent because they recognize exactly the same class of languages.. The concept where a DFA and an NFA are considered equivalent because they recognize exactly the same class of languages is the person body or term that satisfies Which of the following best describes DFA-NFA equivalence option D Option A A finite-state machine whose output values are determined solely by its current state does not match the stem it is a near-miss used to catch incomplete recall of The concept where a DFA and an NFA are considered equivalent because they recognize exactly the same class of languages Option B A transition in a non-deterministic automaton that occurs without consuming any input symbol does not match the stem it is a near-miss used to catch incomplete recall of The concept.

Correct answer

D. The concept where a DFA and an NFA are considered equivalent because they recognize exactly the same class of languages.

Explanation

The concept where a DFA and an NFA are considered equivalent because they recognize exactly the same class of languages is the person body or term that satisfies Which of the following best describes DFA-NFA equivalence option D Option A A finite-state machine whose output values are determined solely by its current state does not match the stem it is a near-miss used to catch incomplete recall of The concept where a DFA and an NFA are considered equivalent because they recognize exactly the same class of languages Option B A transition in a non-deterministic automaton that occurs without consuming any input symbol does not match the stem it is a near-miss used to catch incomplete recall of The concept.

Source: Theory of Computation (Automata) Official Reference Guide

Tags: computer science, automata theory, theory of computation, formal languages

Submitted by: MCQsHub Editorial

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