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5. Show that the phase velocity and group velocity for the plane wave of a rel- ativistic electron are given as u = c²/v and v=v, respectively. How would you interpret these results? Lice th

5. Show that the phase velocity and group velocity for the plane wave of a rel- ativistic electron are given as u = c²/v and v=v, respectively. How would you interpret these results? Lice th

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group velocity of the wave. 5. Show that the phase velocity and group velocity for the plane wave of a rel- ativistic electron are given as up = would you interpret these results? c²/v and vg c²/v and v₂ = v, respectively. How 6. Use the uncertainty relation to find an estimate of the ground-state energy of a harmonic oscillator. The energy of the oscillator is given as
Transcribed Image Text:group velocity of the wave. 5. Show that the phase velocity and group velocity for the plane wave of a rel- ativistic electron are given as up = would you interpret these results? c²/v and vg c²/v and v₂ = v, respectively. How 6. Use the uncertainty relation to find an estimate of the ground-state energy of a harmonic oscillator. The energy of the oscillator is given as
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