Question: 3. (8 points) Consider the deterministic finite automaton M with states {Q, R, S, T}, input alphabet {0, 1}, start state Q, accepting states

3. (8 points) Consider the deterministic finite automaton M with states {Q,

3. (8 points) Consider the deterministic finite automaton M with states {Q, R, S, T}, input alphabet {0, 1}, start state Q, accepting states Q and S, and with the following transitions: 0,1 T 0,1 1 0 R 1 0 S 3.1) (3 points) How many states are there in an equivalent minimal finite state automaton? 3.2) (3 points) How many accepting states are there in an equivalent minimal finite state automaton?

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