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Test: Turing Machine-Notation & Transition Diagrams - Computer Science Engineering (CSE) MCQ


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10 Questions MCQ Test Theory of Computation - Test: Turing Machine-Notation & Transition Diagrams

Test: Turing Machine-Notation & Transition Diagrams for Computer Science Engineering (CSE) 2024 is part of Theory of Computation preparation. The Test: Turing Machine-Notation & Transition Diagrams questions and answers have been prepared according to the Computer Science Engineering (CSE) exam syllabus.The Test: Turing Machine-Notation & Transition Diagrams MCQs are made for Computer Science Engineering (CSE) 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Turing Machine-Notation & Transition Diagrams below.
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Test: Turing Machine-Notation & Transition Diagrams - Question 1

A turing machine is a

Detailed Solution for Test: Turing Machine-Notation & Transition Diagrams - Question 1

A turing machine is abstract or hypothetical machine thought by mathematician Alan Turing in 1936 capable of simulating any algorithm, however complicated it is.

Test: Turing Machine-Notation & Transition Diagrams - Question 2

A turing machine operates over:

Detailed Solution for Test: Turing Machine-Notation & Transition Diagrams - Question 2

 The turing machine operates on an infinite memory tape divided into cells. The machine positions its head over the cell and reads the symbol.

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Test: Turing Machine-Notation & Transition Diagrams - Question 3

 Which of the functions are not performed by the turing machine after reading a symbol?

Detailed Solution for Test: Turing Machine-Notation & Transition Diagrams - Question 3

After the read head reads the symbol from the input tape, it performs the following functions:
a) writes a symbol(some model allow symbol erasure/no writing)
b) moves the tape left or right (some models allows no motion)
c) proceeds with subsequent instruction or goes either into accepting halting state or rejecting halting state.

Test: Turing Machine-Notation & Transition Diagrams - Question 4

Alan invented a-machine in 1936. The 'a' in a-Machine stands for?

Detailed Solution for Test: Turing Machine-Notation & Transition Diagrams - Question 4

The turing machine was invented by Alan turing in 1936. He named it as a-machine(automatic machine).

Test: Turing Machine-Notation & Transition Diagrams - Question 5

Which of the problems were not answered when the turing machine was invented?

Detailed Solution for Test: Turing Machine-Notation & Transition Diagrams - Question 5

 Invention of turing machine answered a lot of questions which included problems like decision problem, etc.) . Alan was able to prove the properties of computation using such model.

Test: Turing Machine-Notation & Transition Diagrams - Question 6

The ability for a system of instructions to simulate a Turing Machine is called _________

Detailed Solution for Test: Turing Machine-Notation & Transition Diagrams - Question 6

Turing Completeness the ability for a system of instructions to simulate a Turing machine. A programming language that is Turing complete is theoretically capable of expressing all tasks accomplishable by computers; nearly all programming languages are Turing complete.

Test: Turing Machine-Notation & Transition Diagrams - Question 7

uring machine can be represented using the following tools:

Detailed Solution for Test: Turing Machine-Notation & Transition Diagrams - Question 7

 We can represent a turing machine, graphically, tabularly and diagramatically.

Test: Turing Machine-Notation & Transition Diagrams - Question 8

Which of the following is false for an abstract machine?

Detailed Solution for Test: Turing Machine-Notation & Transition Diagrams - Question 8

A n abstract machine also known as abstract computer, is a theoretical model of computer or hardware system in automata theory. Abstraction in computing process usually assumes a discrete time paradigm.

Test: Turing Machine-Notation & Transition Diagrams - Question 9

Fill in the blank with the most appropriate option.
Statement: In theory of computation, abstract machines are often used in ___________ regarding computability or to analyze the complexity of an algorithm.

Detailed Solution for Test: Turing Machine-Notation & Transition Diagrams - Question 9

 A thought experiment considers some hypothesis, theory or principle for the purpose of thinking through its consequences.

Test: Turing Machine-Notation & Transition Diagrams - Question 10

Statement: RAM model allows random access to indexed memory locations.

Detailed Solution for Test: Turing Machine-Notation & Transition Diagrams - Question 10

 In computer science, Random access machine is an abstract machine in the general class of register machines. Random access machine should not be confused with Random access memory.

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