The wave function(x) = A exp(-) is a normalized eigenfunction of a Hamiltonian for one-dimensional motion of a particle with mass m and energy E moving in a certain potential V(z), such V(0) - 0.A and b are real constants. Which of the following correct? OV(z) - 20 OV(z)=¹¹¹ 2m OV(z) = N¹¹ OE=²²(1-²²) A³² 2m
The wave function(x) = A exp(-) is a normalized eigenfunction of a Hamiltonian for one-dimensional motion of a particle with mass m and energy E moving in a certain potential V(z), such V(0) - 0.A and b are real constants. Which of the following correct? OV(z) - 20 OV(z)=¹¹¹ 2m OV(z) = N¹¹ OE=²²(1-²²) A³² 2m
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Transcribed Image Text:The wave function () = A exp(-2²) is
is a normalized eigenfunction of a Hamiltonian for one-dimensional
motion of a particle with mass m and energy E moving in a certain potential V(x), such V(0) = 0. A and b are real
constants. Which of the following correct?
OV (1)
O V(z) =
OE=
OV(x) =
OE=²b²(1-b²x²)
A³8
2m
2mm
A²b²²
2m
21
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