Title: Quiz: Introduction To Quantum Computing Quiz
Course: Quantum_Computing > Section: Module1

Q: What is the basic unit of information in quantum computing?
- Bit
- Qubit
- Byte
- Quantum state
A: Qubit

Q: Who proposed the idea of a quantum computer in 1981?
- Peter Shor
- David Deutsch
- Richard Feynman
- Albert Einstein
A: Richard Feynman

Q: What phenomenon allows qubits to exist in multiple states simultaneously?
- Entanglement
- Superposition
- Quantum tunneling
- Classical interference
A: Superposition

Q: How does quantum computing fundamentally differ from classical computing?
- By using larger data storage
- By processing information using qubits instead of bits
- By requiring more power
- By being slower in calculations
A: By processing information using qubits instead of bits

Q: Why is entanglement significant in quantum computing?
- It allows for faster data storage
- It enables qubits to be correlated regardless of distance
- It reduces the need for error correction
- It simplifies quantum algorithms
A: It enables qubits to be correlated regardless of distance

Q: What was one of the major implications of Peter Shor's algorithm?
- It proved that classical computers are superior
- It demonstrated that quantum computers can factor large numbers faster than classical computers
- It eliminated the need for quantum mechanics
- It simplified classical computing methods
A: It demonstrated that quantum computers can factor large numbers faster than classical computers

Q: In what decade did the conceptual seeds of quantum computing begin to take shape?
- 1960s
- 1970s
- 1980s
- 1990s
A: 1980s

Q: How might quantum computing impact fields such as cryptography?
- By making all encryption methods obsolete
- By providing faster algorithms for factoring large integers
- By requiring new types of encryption
- By eliminating the need for data security
A: By providing faster algorithms for factoring large integers