Q. The complexity class P consist of all the decision problems that can be solved by ___________using polynomial amount of computation time.

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Q. A generalization of P class can be:

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Q. Which of the following options are correct with reference to P-complete problems?

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Q. A problem X belongs to P complexity class if there exist ________ algorithm to solve that problem, such that the number of steps of the algorithms bounded by a polynomial in n, where n is the length of the input.

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Q. Which of the following is a P-complete type of problem?

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Q. State true or false?
Statement: Given a turing machine, an input for the machine, and a number T(unary), does that machine halt on that input within the first T-steps?

The given problem is P-complete.

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Q. What does NP stands for in complexity classes theory?

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Q. The hardest of NP problems can be:

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Q. Which of the following contains NP?

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Q. Travelling sales man problem belongs to which of the class?

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Q. State true or false?
Statement: If a problem X is in NP and a polynomial time algorithm for X could also be used to solve problem Y in polynomial time, then Y is also in NP.

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Q. A problem which is both _______ and _________ is said to be NP complete.

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Q. Which of the following is incorrect for the given phrase:

'solvable by non deterministic algorithms in polynomial time'

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Q. In terms of NTIME, NP problems are the set of decision problems which can be solved using a non deterministic machine in _______ time.

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Q. Which of the following can be used to define NP complexity class?

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Q. Which of the following are not in NP?

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Q. Which of the following does not belong to the closure properties of NP class?

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Q. Which of the given problems are NP-complete?

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Q. Which of the following problems do not belong to Karp’s 21 NP-complete problems?

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Q. Which of the following problems were reduced to Knapsack?

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