A metal object with Length lo m andArcalo-smm?) and vesistence of o-34 2Apotential veltage 5 Velt. IP the donsilyConcentrationof free electrons equals 8.5x6find D condactivity2Jelectron mob.kty3) Carrent density.28

Solution: given that L = 10 m A = 0.5 mm2 = 0.5x10-6 m2 R = 0.34 Ohm V = 5 V electron density =…

A metal object with Length lo m and Area(o-smm2) and vesistence of o-34 2 Apetential voltage 5 Velt. If thhe donsily Cancentrationof free electrons equals 8 5x6shen Find ) condactivity 2Jelectron mabilts 3) Carrent density. 28

A metal object with Length lo m and Area(o-smm2) and vesistence of o-34 2 Apetential voltage 5 Velt. If thhe donsily Cancentrationof free electrons equals 8 5x6shen Find ) condactivity 2Jelectron mabilts 3) Carrent density. 28

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter29: Solid-state Electronics

Section29.1: Conduction In Solids

Problem 6PP

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A metal object with Length lo m and
Arcalo-smm?) and vesistence of o-34 2
Apotential veltage 5 Velt. IP the donsily
Concentrationof free electrons equals 8.5x6
find D condactivity
2Jelectron mob.kty
3) Carrent density.
28

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