Theory of Computation (Automata)
The following statement describes a specific concept. What is it called? a class of formal languages recognized by a linear-bounded automaton, more powerful than context-free languages.
Difficulty: Hard
About this MCQ
This Hard Theory of Computation (Automata) question asks: The following statement describes a specific concept. What is it called? a class of formal languages recognized by a linear-bounded automaton, more powerful than context-free languages. The correct choice is D. Context-sensitive language. Read the options below, commit to one, then use the explanation to see why that choice holds and why the others do not.
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- A. Pumping lemma
Why not A: “Pumping lemma” does not fit this question. The answer is Context-sensitive language.
- B. Kleene star
Why not B: “Kleene star” does not fit this question. The answer is Context-sensitive language.
- C. String (formal language)
Why not C: “String (formal language)” does not fit this question. The answer is Context-sensitive language.
- D. Context-sensitive language ✓
Correct answer
D. Context-sensitive language
Explanation
Context-sensitive language (option D) is the accepted answer to “The following statement describes a specific concept. What is it called? a class of formal languages recognized by a linear-bounded automaton, more powerful than context-free languages.”. Option A (Pumping lemma) does not fit this question. Option B (Kleene star) does not fit this question. Option C (String (formal language)) does not fit this question. For this Theory of Computation (Automata) question, the accepted answer is Context-sensitive language.
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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