Bohr model defines angular momentum as 1= nh/2π, but in Schrodinger wave mechanics it is ______?

Answer: √l(l + 1) h/2π
Explanation
  • In Schrödinger wave mechanics, angular momentum is quantized as L = √l(l + 1) h/2π, where l is the azimuthal quantum number.
  • This differs from Bohr's model, which assumes L = nh/2π without considering quantum wave behavior.
  • This question appeared in Past Papers (4 times)
    Lecturer Chemistry Past Papers and Syllabus (1 times)
    SPSC 25 Years Past Papers Subject Wise (Solved) (2 times)
    This question appeared in Subjects (1 times)
    EVERYDAY SCIENCE (1 times)

    Install this app on your device for quick access right from your home screen.