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2. To transform the following NFA into a regular grammar, b a we first construct A-closures of the given NFSs states A(0) 10, 1, 3), A(1) {1, 3), A(2) 12), A(3) 313), Then, build the following tree: (7 points) A(0) (0,1,3 Distinct nodes of the tree are: (2 points) (0,1,3)

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2. To transform the following NFA into a regular grammar, we first construct A-closures of the given NFSs states Then, buildThen build the transition table: (4 points) SF (0, 1, 3)2-3O13 SF 0 2. rename F2 4 Then draw a DFA: (4 points) Remove dont

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