solas99
- 69
- 1
if a linear potential is applied to a well, why is the wavelength for a given energy E no longer constant?
The discussion centers on the behavior of wavefunctions in a linear potential well, specifically addressing why the wavelength for a given energy E varies when a linear potential is applied. It is established that the wavelength is influenced by the difference between the particle's energy and the potential energy, which is not constant in a linear potential scenario. This leads to a non-uniform wavelength across the well, contrasting with flat potential wells where the wavelength remains constant.
PREREQUISITESStudents and professionals in physics, particularly those focusing on quantum mechanics, wave-particle duality, and potential energy systems.