Question: [12] It is usual to allow Turing machines with arbitrarily large tape alphabets A (with the distinguished blank symbol B serving the analogous role as
[12] It is usual to allow Turing machines with arbitrarily large tape alphabets A (with the distinguished blank symbol B serving the analogous role as before). Use the quadruple formalism for Turing machines as defined earlier. How many Turing machines with m states and n tape symbols are there? (Count the blank tape symbol B as one of the n tape symbols.)
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