Q. Which of the following obey the closure properties of Regular language?

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Q. Which of the following conversion is not feasible?

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Q. The computation of e-closure of n-states takes ______ time.

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Q. For a _________ state DFA, the time taken for DFA-NFA conversion is O(n).

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Q. With reference to Automaton to Regular Expression Conversion, for each of the n rounds, where n is the number of states of DFA, we can _________ the size of the regular expression constructed.

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Q. Conversion of regular expression to e-NFA takes ___________ time.

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Q. The conversion of NFA to DFA can be done in:

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Q. Which of the following cannot be converted in an ordinary NFA?

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Q. NFA to DFA conversion is done via

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Q. State true or false:
Statement: Regular expression can directly be converted to DFA without intermediate steps.

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Q. Is the following statement correct?
Statement: Thompson construction is used to convert Regular expression to finite automata.

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Q. Language classes have the following property:

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Q. Which of the following are decision properties?

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Q. Pick the odd one out of the given properties of a regular language:

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Q. For an automata, which of the following are equivalent variants?
DFA,NFA and NFA with epsilon transitions

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Q. Which of the following are not meant to specify a regular language?

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Q. Which of the following problems do not belong to decision properties?

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Q. Which of the following is a function of Closure properties?

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Q. Suppose there is a string w=abbab, and there exists a DFA which accepts w. How many stepts will be required to test its membership?

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