Question: Suppose that an algorithm A executes 5n'+ 20n2 +65n+200 steps when run with input of size n. Prove that the algorithm is in O(n3) (i.e.

Suppose that an algorithm A executes 5n'+ 20n2 +65n+200 steps when run with input of size n. Prove that the algorithm is in O(n3) (i.e. A is in big-O of n') a) [3] Using the predicate we defined in the class for the big-O notation, translate this statement into predicate logic (that is, using predicates and quantifiers) b) [6] Give a proof for this statement. Your proof can be a formal proof or informal (in natural language), but it must have a similar structure of a formal proof
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