b) For a standing wave, such as a vibrating string of wavelength (2), whose amplitude at...

  

Transcribed Image Text:

b) For a standing wave, such as a vibrating string of wavelength (2), whose amplitude at any point along x may be described by a function f(x), it can be shown that 42² f(x) d²f(x) dr² Using the equation above, derive the Schrödinger wave equation (5mks) 7²4 + 8x²m h² (E-V) = ( b) For a standing wave, such as a vibrating string of wavelength (2), whose amplitude at any point along x may be described by a function f(x), it can be shown that 42² f(x) d²f(x) dr² Using the equation above, derive the Schrödinger wave equation (5mks) 7²4 + 8x²m h² (E-V) = (

Answer rating: 100% (QA)

The Schr d inger wave equation is given by 2 k 2 0 Where is the wa... View the full answer