3. Consider the following NFA: 0 90 & 1 91 0 1 92 a) Use the construction in Theorem 1.39 to convert this NFA into an eq

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3. Consider the following NFA: 0 90 & 1 91 0 1 92 a) Use the construction in Theorem 1.39 to convert this NFA into an eq

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3 Consider The Following Nfa 0 90 1 91 0 1 92 A Use The Construction In Theorem 1 39 To Convert This Nfa Into An Eq 1
3 Consider The Following Nfa 0 90 1 91 0 1 92 A Use The Construction In Theorem 1 39 To Convert This Nfa Into An Eq 1 (40.83 KiB) Viewed 32 times
3. Consider the following NFA: 0 90 & 1 91 0 1 92 a) Use the construction in Theorem 1.39 to convert this NFA into an equivalent DFA. Use the method discussed in lecture. You may omit unreachable (unnecessary) states. b) Give the formal description of your machine. c) How many states should your DFA have if you exactly follow the construction in Theorem 1.39? d) How many states does your simplified machine have?
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