Question: Consider the following deterministic finite - state automaton. Find a grammar G = ( V , T , S , P ) that generates

Consider the following deterministic finite-state automaton.

Find a grammar G = (V,T,S,P) that generates the language recognized by this automaton.

Mark the correct answer.

V = {a,b,A,B,S}, T={a,b}, P = {S->lambda , S->aA , A->bB, B->ab}

= {a,b,S}, T={a,b}, P = {S->Sabab, S->a, S->b}

= {a,b,B,S}, T={a,b}, P = {S->lambda , S->Babab, B->a, B->b}

= {a,b,A,B,S}, T={a,b},  P = {S->lambda S, S->Sab}

= {a,b,S}, T={a,b}, P = {S->ababS, S->, S->b}

= {a,b,A,S}, T={a,b}, P = {S->lambda , S->Aabab , A->a, A->b}


Start So a b S 67 a $2 $5 a,b a 59 a, b S4

Start So a b S 67 a $2 $5 a,b a 59 a, b S4

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The image depicts a deterministic finitestate automaton DFA To find a grammar G that generates the language recognized by this automaton we can follow the procedure to convert a DFA into a rightlinear ... View full answer

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