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ii) Calculate the value of the HOMO and the LUMO wavefunctions at x= 0.300L and at x= 0.500L. %3!

ii) Calculate the value of the HOMO and the LUMO wavefunctions at x= 0.300L and at x= 0.500L. %3!

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The "particle-in-a-box" problem consists of a particle of mass, m, contained within a one-dimensional well potential of length, L, for which the potential energy is zero for 0 < x< L, and infinite elsewhere. The allowed wavefunctions and energy levels of such a particle are given by the expressions: h? n?n? ; En 2 2/, sin (); L 2m L2
Transcribed Image Text:The "particle-in-a-box" problem consists of a particle of mass, m, contained within a one-dimensional well potential of length, L, for which the potential energy is zero for 0 < x< L, and infinite elsewhere. The allowed wavefunctions and energy levels of such a particle are given by the expressions: h? n?n? ; En 2 2/, sin (); L 2m L2
ii) Calculate the value of the HOMO and the LUMO wavefunctions at x= 0.300L and at x= 0.500L.
Transcribed Image Text:ii) Calculate the value of the HOMO and the LUMO wavefunctions at x= 0.300L and at x= 0.500L.
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