Y:OAO homework 6...Exercises1. A metal object with length 10 m, resistance is I kn and mobility is 4000 cm/v.s. If theconcentration of free electrons equal 8.5x10 m and the carrying current is 2 mA. Findthe current density.2. Find the drift velocity, if the voltage is 4 V, length is 60 cm, area is 2 m, resistance is 5k2 and the number of electrons is 4x10" m.3. Prove the probability of finding electrons equal zero, if E > Er at 0k temperature.4. If E< E, and T-0"k, prove the probability of finding electrons equal 100%.5. Calculate the temperature when probability is 0.99 and Fermi energy level below energylevel by 0.3 eV....

In the given question we note that length = 10 m Resistance = 1k 1kΩmobility = 4000cm2/vsIf the…

1. A metal object with length 10 m, resistance is I kN and mobility is 4000 cm/v.s. If the concentration of free electrons equal 8.5x10 m and the carrying current is 2 mA. Find the current density. 2. Find the drift velocity, if the voltage is 4 V, length is 60 cm, area is 2 m, resistance is 5 kl and the number of electrons is 4x10" m". 3. Prove the probability of finding electrons equal zero, if E> Er at 0k temperature.

1. A metal object with length 10 m, resistance is I kN and mobility is 4000 cm/v.s. If the concentration of free electrons equal 8.5x10 m and the carrying current is 2 mA. Find the current density. 2. Find the drift velocity, if the voltage is 4 V, length is 60 cm, area is 2 m, resistance is 5 kl and the number of electrons is 4x10" m". 3. Prove the probability of finding electrons equal zero, if E> Er at 0k temperature.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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