- 1 An Electron Near The Top Of The Valence Band In A Semiconductor Has Energy E 10 38 K Where E Is In Joules And K 1 (83.19 KiB) Viewed 22 times
1. An electron near the top of the valence band in a semiconductor has energy E = -10-38|k|² where E is in Joules and k
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1. An electron near the top of the valence band in a semiconductor has energy E = -10-38|k|² where E is in Joules and k
1. An electron near the top of the valence band in a semiconductor has energy E = -10-38|k|² where E is in Joules and k is in m-1. An electron is removed from a state k = 4 x 108 m-1 ^x, where ^x is the unit vector in the x-direction. For a hole, calculate the following: (ħ = 1.054×10-34 J·s, 1 J =6.24 x 1018 eV) (a) the effective mass (unit: kg) (b) the energy (unit: eV) (c) the momentum (unit: kg-m/s) (d) the velocity (unit: m/s)