The worst-case efficiency of solving a problem in polyn - Practice (English)

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The worst-case efficiency of solving a problem in polyn - Practice (English) | ObjectiveMcq

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The worst-case efficiency of solving a problem in polynomial time is?

Correct Answer: A — O(p(n))

Explanation:

The worst-case efficiency of solving a problem in polynomial time is O(p(n)), where p(n) is a polynomial function of the input size n.

How many constraints does flow have?
What is the running time of Dinic's blocking flow algorithm?
Who formulated the Maximum flow problem?
What is the running time of an unweighted shortest path algorithm whose augmenting path is the path with the least number of edges?
Dinic's algorithm runs faster than the Ford-Fulkerson algorithm.
In what time can an augmenting path be found?
A simple acyclic path between source and sink which passes through only positive weighted edges is called?
Under what condition can a vertex combine and distribute flow in any manner?