1. What is blackbody radiation?
  2. An iron rod is heated. The colors at different temperatures are noted. Which of the colors (Orange, Red, White, Blue) shows that the iron rod is at the lowest temperature.
  3. What are the different hypotheses of a black body radiation.
  4. Define stopping potential and work function?
  5. Is stopping potential dependent on intensity or frequency? Justify your answer.
  6. Is photocurrent dependent on intensity or frequency? Justify your answer.
  7. State de-Broglie hypothesis.
  8. Draw the probability of the particle for energy levels (n = 1,2,3) in one dimensional potential box.
  9. Draw the wave function of the particle for energy levels (n = 1,2,3) in one dimensional potential box.
  10. Explain Heisenberg' Uncertainity principle.
  11. Write any two laws of photoelectric effect.
  12. Prove that bodies at rest are not associated with matter waves.
  13. Show that matter waves travel faster than light.
  14. What is wavefunction? Write any two of its properties.
  15. What is the outcome of GP Thomson experiment?
  16. Distinguish classical and quantum gates.
  17. Enumerate the phenomena from quantum mechanics that are used in quantum computing.
  18. In quantum computing, what is the basic unit of information?
  19. What distinguishes a quantum computer from a classical one?
  20. Explain quantum cryptography in simple words.
  21. Will quantum computing replace classical computing?
  22. Which company has a quantum computer that we can use through their website?
  23. In a quantum circuit, a memory consisting of n bits of information has ___ possible states.
  24. Write any two applications quantum computer.
  25. What are some open questions about quantum computing?