Theory of Computation

M= (Q, ∑, Γ, δ, q , ∆, F)

M= (Q, ∑, δ, q , ∆ or B, F)

M= (Q, ∑, Γ, δ, q , F)

M= (Q, ∑, Γ, δ, q , ∆ or B, F) (correct)

The set of languages that can be de

There is a TM-n corresponding to every computable problem

Any mechanical computation can be performed by a Turing Machine (correct)

Turing machine can solve any problem that a modern computer can solve

Blank symbol or End marker (correct)

Set of final or accepting states

Set of all tape symbols or External symbols

Finite set of input alphabets

<p>To explore multiple computational paths simultaneously (D)</p> Signup and view all the answers

<p>It classifies languages based on their generative power (D)</p> Signup and view all the answers