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Check which of the wavefunctions below represents a physically possible solution to the Schrodinger equation for a free electron? 1:) ♥ (r, t) = e°(2×x102r-ut) 2:) ♥ (x, t) = e'(2×x101-ut) 3:) ▼ (x, t) = ei(2×x1014z-wt) 4:) ▼ (z, t) = e(2×1015z-ut) 5:) ▼ (x, t) = e°(2×x1016z-ut) %3D

Check which of the wavefunctions below represents a physically possible solution to the Schrodinger equation for a free electron? 1:) ♥ (r, t) = e°(2×x102r-ut) 2:) ♥ (x, t) = e'(2×x101-ut) 3:) ▼ (x, t) = ei(2×x1014z-wt) 4:) ▼ (z, t) = e(2×1015z-ut) 5:) ▼ (x, t) = e°(2×x1016z-ut) %3D

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Check which of the wavefunctions below represents a physically possible solution to the Schrodinger equation for a free electron? 1:) ▼ (r, t) = e'(2x102z-wt) 2:) V (x, t) = e'(2x10%z-wt) 3:) V (x, t) = e'(2x1014-wt) %3D 4:) V (r, t) = e"(2×1015z–ut) 5:) V (x, t) = e'(2x100z-wt)
Transcribed Image Text:Check which of the wavefunctions below represents a physically possible solution to the Schrodinger equation for a free electron? 1:) ▼ (r, t) = e'(2x102z-wt) 2:) V (x, t) = e'(2x10%z-wt) 3:) V (x, t) = e'(2x1014-wt) %3D 4:) V (r, t) = e"(2×1015z–ut) 5:) V (x, t) = e'(2x100z-wt)
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