(Polynomial-time verifies, 20pt) Show that the following two
computational problems have
polynomial-time verifies; to do so explicitly state what the
certificate ππ is in each case, and what
ππ does to verify it.
= a) [10pt] SUBGRAPH = {{G, H): G contains H as a subgraph}. (See Section 0.2 for definition of subgraph.) b) [10pt] EQ_DIV = {(S):S is equally dividable}. Here we call a set of integers equally dividable if S = AU B for two disjoint sets A, B such that the sum of the elements in A is the same as the sum of the elements in B. E.g. {-3,4,5,7,9} is equally dividable as A = {-3,5,9} and B = {4,7} but S = {1,4,9} is not equally dividable. =
(Polynomial-time verifies, 20pt) Show that the following two computational problems have polynomial-time verifies; to do
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(Polynomial-time verifies, 20pt) Show that the following two computational problems have polynomial-time verifies; to do
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