Review Questions

  1. What are matter waves? Explain their properties.

     

    (Set-1–Sept. 2006), (Set-1–May 2004), (Set-1–May 2003), (Set-4–Nov. 2003)

  2. Derive the expression for de Broglie wavelength.

     

    (Set-1–Sept. 2006), (Set-1–May 2004), (Set-1–May 2003), (Set-4–Nov. 2003)

  3. Explain the concept of matter waves.

     

    (Set-1, Set-3–May 2006), (Set-2, Set-3–June 2005), (Set-2–May 2004), (Set-4–May 2003)

  4. Describe Davisson and Gemer’s experiment and explain how it enabled the verification of wave nature of matter.

     

    (Set-1, Set-3–May 2006), (Set-2, Set-3–June 2005), (Set-2–May 2004), (Set-4–May 2003)

  5. Derive time-independent Schrödinger’s wave equation for a free particle.

     

    (Set-2–Sept. 2006), (Set-4–June 2005), (Set-1–Nov. 2004), (Set-2–Nov. 2004), (Set-2, ...

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