Constraints on Wavefunction:
তরঙ্গঅপেক্ষকের সীমাবদ্ধতাসমূহ:
তরঙ্গঅপেক্ষকের গ্রহণযোগ্যতার শর্তসমুহ:
In order to represent a physically observable system, the wavefunction must satisfy certain constraints:
1. Must be a solution of the Schrodinger equation.
2. Must be normalizable. This implies that the wavefunction approaches zero as space, x, approaches infinity.
3. Must be a continuous function of space, x.
4. The slope of the function in space, x, must be continuous.
Specifically the first derivative due to space variable (du/dx) must be continuous.
These constraints are applied to the boundary conditions on the solutions, and in the process help determine the energy eigenvalues.
তরঙ্গঅপেক্ষকের সীমাবদ্ধতাসমূহ:
তরঙ্গঅপেক্ষকের গ্রহণযোগ্যতার শর্তসমুহ:
In order to represent a physically observable system, the wavefunction must satisfy certain constraints:
1. Must be a solution of the Schrodinger equation.
2. Must be normalizable. This implies that the wavefunction approaches zero as space, x, approaches infinity.
3. Must be a continuous function of space, x.
4. The slope of the function in space, x, must be continuous.
Specifically the first derivative due to space variable (du/dx) must be continuous.
These constraints are applied to the boundary conditions on the solutions, and in the process help determine the energy eigenvalues.
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