Q. The major difference between Mealy and Moore machine is about:

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Q. Statement 1: Mealy machine reacts faster to inputs.
Statement 2: Moore machine has more circuit delays.

Choose the correct option:

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Q. Which one among the following is true?
A mealy machine

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Q. Which of the following does not belong to input alphabet if S={a, b}* for any language?

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Q. The number of final states we need as per the given language?
Language L: {a^n| n is even or divisible by 3}

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Q. State true or false:
Statement: Both NFA and e-NFA recognize exactly the same languages.

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Q. Design a NFA for the language:
L: {an| n is even or divisible by 3}

Which of the following methods can be used to simulate the same.

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Q. Which of the following not an example Bounded Information?

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Q. A Language for which no DFA exist is a________

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Q. A DFA cannot be represented in the following format

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Q. When are 2 finite states equivalent?

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Q. Can a DFA recognize a palindrome number?

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Q. Which of the following is not an example of finite state machine system?

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Q. The password to the admins account=”administrator”. The total number of states required to make a password-pass system using DFA would be __________

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Q. Let ∑= {a, b, …. z} and A = {Hello, World}, B= {Input, Output}, then (A*∩B) U (B*∩A) can be represented as:

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Q. For a machine to surpass all the letters of alphabet excluding vowels, how many number of states in DFA would be required?

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Q. Given L= {Xϵ∑*= {a, b} |x has equal number of a, s and b’s}.
Which of the following property satisfy the regularity of the given language?

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Q. Given:
L= {xϵ∑= {0,1} |x=0n1n for n>=1}; Can there be a DFA possible for the language?

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Q. How many languages are over the alphabet R?

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Q. According to the 5-tuple representation i.e. FA= {Q, ∑, δ, q, F}
Statement 1: q ϵ Q’;
Statement 2: FϵQ

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