Physics, 24.03.2020 23:14 psychocatgirl1
2. Calculate the thermal velocity of electrons in a conductor, taking that their kinetic energy equals the thermal energy kkBBTT with kB being the Boltzmann constant, at the following temperatures: a. 100 K b. 300 K c. 1000 K Compare the velocities you obtained in each answer to the speed of light.
Answers: 1
is 0.02% the speed of light.
, is 0.04% the speed of light. 
is 0.07% the speed of light.
,
is the mass of the electrons, 
is their average velocity, 
is the temperature of the conductor, and 
is the Boltzmann constant. 
, the thermal (average) velocity 
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2. Calculate the thermal velocity of electrons in a conductor, taking that their kinetic energy equa...
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