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An electron is shot out to the negative x direction after being accelerated through a potential of 10kV. (a) What's the kinetic energy of the electron (b) Write down the wavefunction for this electron h=1.055 ×103ª J*s, q= 1.602176634×10-19 C, mẹ=9.109 ×1031 kg Ex = k?h from Schrödinger's equation 2m

An electron is shot out to the negative x direction after being accelerated through a potential of 10kV. (a) What's the kinetic energy of the electron (b) Write down the wavefunction for this electron h=1.055 ×103ª J*s, q= 1.602176634×10-19 C, mẹ=9.109 ×1031 kg Ex = k?h from Schrödinger's equation 2m

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An electron is shot out to the negative x direction after being accelerated through a potential of 10kV. (a) What's the kinetic energy of the electron (b) Write down the wavefunction for this electron h=1.055 ×10-34 J*s, q= 1.602176634×10-19 C, m,=9.109 ×1031 kg k²h Ex from Schrödinger's equation 2m
Transcribed Image Text:An electron is shot out to the negative x direction after being accelerated through a potential of 10kV. (a) What's the kinetic energy of the electron (b) Write down the wavefunction for this electron h=1.055 ×10-34 J*s, q= 1.602176634×10-19 C, m,=9.109 ×1031 kg k²h Ex from Schrödinger's equation 2m
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