Computers and Technology, 25.04.2020 01:02, cristinavalencia03
The proof that the Clique problem is NP-complete depends on a construction given in Theorem 34.11 (p. 1087), which reduces 3SAT to Clique. Apply this construction to the 3SAT instance: (u+v+w)(-v+-w+x)(-u+-x+y)(x+-y+z)(u +-w+-z) Note that - denotes negation, e. g., -v stands for the literal NOT v. Also, remember that the construction involves the creation of vertices which here we denote [i, j]. The vertex [r, i] corresponds to the ith literal of the rth clause. For example, [1,2] corresponds to the occurrence of literal v in the 3SAT instance above. After performing the construction, identify from the list below the one pair of vertices that does have an edge between them. a) [2,2] and [4,3] b) [1,3] and [5,2] c) [4,3] and [5,3] d) [1,2] and [2,1]
Answers: 1
Computers and Technology, 24.06.2019 03:30, laylay120
Other - a written response, no less than arial 12-point font, to the following: of the following, which would you consider is most important to customer service goals? choose one and explain why. (1) accuracy (2) punctuality and attendance (3) courtesy (4) productivity (5) organization
Answers: 1
Computers and Technology, 25.06.2019 04:30, almaromeroo13
Consider a list of full names formatted “firstname lastname”, like ["jules verne", "alexandre dumas", "maurice druon"]. write a list comprehension that produces a list with the full names in the format “lastname, firstname”. the resulting list should look like ['verne, jules', 'dumas, alexandre', 'druon, maurice']. the simplest solution may involve a nested comprehension: [ …. for … in [ … for … in … ]].
Answers: 3
Computers and Technology, 25.06.2019 05:00, natewestly6464
The ratio of men to women in a certain factory is 3 to 4 .there are 210 men. how many workers are there?
Answers: 2
The proof that the Clique problem is NP-complete depends on a construction given in Theorem 34.11 (p...
Mathematics, 01.08.2019 11:30
Spanish, 01.08.2019 11:30
Health, 01.08.2019 11:30
Social Studies, 01.08.2019 11:30