e The potential applied external to a conductor is given by the expression P Р -pline + 1 д д cos(3ф) + - cos(3ф) + →e e др р дф дz о Р 10 д 1 02 “ 02 + F cos(3ф) |+ = cos(3ф) + е р ор др р2 дф2 дz2 O 10 д 11e1ow(34)+a2f(0) = cos(3ф) + = cos( 34 ) + -μ- - ре -е р др р дф дz O (The answer cannot be found on the other choices.) e Р V=e cos(34) = cos(34) e cos(34) If the electron mobility is given as , what is the drift velocity in the conductor?
e The potential applied external to a conductor is given by the expression P Р -pline + 1 д д cos(3ф) + - cos(3ф) + →e e др р дф дz о Р 10 д 1 02 “ 02 + F cos(3ф) |+ = cos(3ф) + е р ор др р2 дф2 дz2 O 10 д 11e1ow(34)+a2f(0) = cos(3ф) + = cos( 34 ) + -μ- - ре -е р др р дф дz O (The answer cannot be found on the other choices.) e Р V=e cos(34) = cos(34) e cos(34) If the electron mobility is given as , what is the drift velocity in the conductor?
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Transcribed Image Text:The potential applied external to a conductor is given by the expression
(infom()=far frform
+- -e 2 cos(34) +
2 cos(34)
др
р дф
дz
1 02
10 д
Р ∙e
cos(34) +
² cos(3ф) +
02
0z2
-μ
р др
др
р2 дф2
----
ТА
д
-pe ² cos(3ф) +
cos(34) +
e Ecos(34)
дz
р др
р дф
O (The answer cannot be found on the other choices.)
O
O
∙e
e
'V=e cos(34)
cos(34)
If the electron mobility is given as , what is the drift velocity in the conductor?
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