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Use the Following Figure for the Next Problem Ψ\varPsi = a Sin (Kx -

Question 88

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Use the following figure for the next problem.  Use the following figure for the next problem.   -An electron that is not localized in space is described by the wave function  \varPsi   = A sin (kx -  \omega t) .The kinetic energy of the electron is 10 keV.The value of  \omega  is approximately A) 1.5  \times  10<sup>19</sup> s<sup>-1</sup><sup> </sup> B) 3.0  \times  10<sup>19</sup> s<sup>-1 </sup> C) 4.5  \times  10<sup>19</sup> s<sup>-1 </sup> D) 1.5  \times  10<sup>21</sup> s<sup>-1 </sup> E) 3.0  \times  10<sup>21</sup> s<sup>-1 </sup>
-An electron that is not localized in space is described by the wave function Ψ\varPsi = A sin (kx - ω\omega t) .The kinetic energy of the electron is 10 keV.The value of ω\omega is approximately


A) 1.5 ×\times 1019 s-1
B) 3.0 ×\times 1019 s-1
C) 4.5 ×\times 1019 s-1
D) 1.5 ×\times 1021 s-1
E) 3.0 ×\times 1021 s-1

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