Title: Quiz: Applications Of Quantum Computing Quiz
Course: Quantum_Computing > Section: Module10

Q: What is one of the significant implications of quantum computing for cryptography?
- It makes classical encryption methods more secure.
- It enables the development of quantum-resistant algorithms.
- It eliminates the need for encryption altogether.
- It simplifies the process of key distribution without security concerns.
A: It enables the development of quantum-resistant algorithms.

Q: Who are the primary contributors to the development of quantum cryptography?
- Only physicists
- Only computer scientists
- A multidisciplinary team including computer scientists, physicists, and mathematicians
- Only mathematicians
A: A multidisciplinary team including computer scientists, physicists, and mathematicians

Q: When was the Quantum Key Distribution (QKD) protocol first introduced?
- 1984
- 1995
- 2001
- 2010
A: 1984

Q: How does Quantum Key Distribution (QKD) ensure secure communication?
- By using classical encryption methods
- By relying on the difficulty of factoring large numbers
- By detecting eavesdropping through changes in quantum states
- By simplifying the encryption process
A: By detecting eavesdropping through changes in quantum states

Q: What is the Quantum Approximate Optimization Algorithm (QAOA) primarily used for?
- Enhancing classical encryption methods
- Solving combinatorial optimization problems
- Performing classical data analysis
- Developing new programming languages
A: Solving combinatorial optimization problems

Q: Why is project-based learning (PBL) considered effective in understanding quantum computing in cryptography?
- It allows for theoretical discussions without practical applications.
- It provides hands-on experience with quantum algorithms and cryptographic protocols.
- It focuses solely on classical computing methods.
- It limits collaboration among students.
A: It provides hands-on experience with quantum algorithms and cryptographic protocols.

Q: In which area is quantum computing expected to significantly enhance capabilities according to the text?
- Traditional data storage
- Classical machine learning techniques
- Data analysis and pattern recognition
- Basic arithmetic operations
A: Data analysis and pattern recognition

Q: What challenge does quantum computing pose to traditional cryptographic systems?
- It makes them faster without compromising security.
- It can break widely used cryptographic protocols efficiently.
- It simplifies the encryption process.
- It eliminates the need for secure communication.
A: It can break widely used cryptographic protocols efficiently.