Quantum Computing Multiple Choice Questions (MCQ) Online Test #19

Quantum Computing MCQ #181:

What principle allows qubits to be in a combination of states simultaneously?

Quantum Computing MCQ #182:

Which quantum computing model is based on manipulating physical qubits using electromagnetic fields?

Quantum Computing MCQ #183:

What term describes the phenomenon where qubits become interdependent and share their states?

Quantum Computing MCQ #184:

What is the key difference between classical bits and qubits in quantum computing?

Qubits can be in superposition, allowing them to be in multiple states simultaneously

Classical bits can be in multiple states simultaneously, while qubits can only be in one state

Classical bits can perform entanglement, while qubits cannot

Qubits are used for storing data, while classical bits perform computations

Qubits and classical bits are identical in their functionality

About Quantum Computing Multiple Choice Question (MCQ) #184:
This ICT Multiple Choice Question (ICT MCQ) #184 focuses on Quantum Computing within the "Advanced ICT MCQ" category. This question tests the fundamental difference between classical bits and qubits.

Quantum Computing MCQ #185:

What is a "quantum algorithm" designed to do?

Quantum Computing MCQ #186:

What challenge is often associated with maintaining the quantum state of qubits?

Quantum Computing MCQ #187:

Which type of quantum computer uses quantum tunneling to find solutions to optimization problems?

Quantum Computing MCQ #188:

What is the purpose of "quantum error correction" in quantum computing?

Quantum Computing MCQ #189:

Which of the following is a key feature of topological quantum computing?

Quantum Computing MCQ #190:

What does "quantum teleportation" achieve in quantum computing?

This page was last modified on Dec 30, 2024 by ICT MCQ Hub.

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Quantum Computing Multiple Choice Questions (MCQ) Online Test #19

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