Consider the CFG G given in problem 1. Suppose the pumping length for G is 5....

 

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Consider the CFG G given in problem 1. Suppose the pumping length for G is 5. Which of the following represents a valid way to break s = 0001110011 into u,v,x,y,z according the the pumping lemma? In other words, if the vand y are "pumped", then the resulting string will always be in L(G). Select all that apply. (00) (0) (11) (1) (0011) (€) (0) (0011) (1) (0011) (000111) (0) (01) (1) (€) (000) (111) (00) (11) (ɛ) (00) (0111) (0) (01)(1) Consider the CFG G given in problem 1. Suppose the pumping length for G is 5. Which of the following represents a valid way to break s = 0001110011 into u,v,x,y,z according the the pumping lemma? In other words, if the vand y are "pumped", then the resulting string will always be in L(G). Select all that apply. (00) (0) (11) (1) (0011) (€) (0) (0011) (1) (0011) (000111) (0) (01) (1) (€) (000) (111) (00) (11) (ɛ) (00) (0111) (0) (01)(1)

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The image shows a question about the ContextFree Grammar CFG pumping lemma and contains a string s 0... View the full answer