Problem 1. Automata: Element Ranges (4 points) (a) [2 points] In a DFA with 10 states and an alphabet of size 6, what is

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Problem 1 Automata Element Ranges 4 Points A 2 Points In A Dfa With 10 States And An Alphabet Of Size 6 What Is 1 (252.04 KiB) Viewed 78 times

Problem 1. Automata: Element Ranges (4 points) (a) [2 points] In a DFA with 10 states and an alphabet of size 6, what is the range on the number of transitions? What is the range on the number of start states and accept states? A transition is defined as a state-symbol pair mapped to a state (q € Q, c € Σ) → (r € Q). Briefly justify your answer. Solution: (b) [2 points] In a NFA with 10 states and an alphabet of size 6, what is the range on the number of transitions? What is the range on the number of start states and accept states? A transition is defined as a state-symbol pair mapped to a state (q € Q, c € ΣU €) → (r € Q). You can assume there are no e-transitions from a state to itself. Briefly justify your answer. Solution: