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Exam 4- Ch.29-32 - Flashcards

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Class:PHYSICS 250 - Physics For Science And Engineering II
Subject:Physics
University:University of Missouri-Kansas City
Term:Fall 2011
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Magnetic Field Vector The magnetic field vector B(r) at position r is a vector such that, at this position, the magnetic force Fb exerted on a particle with charge q, moving with velocity v, would be:

  •  Fb=qv x B(r)
Cyclotron Frequency The constant angular velocity in which a particle in a uniform magnetic field maintains. 

  • w = -qB/m 
Hall Effect The formation of a transverse electric field in a flat strip carrying a current in a magnetic field. 
Hall Voltage



  • Vh=d/(nqA)*I*B
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Magnetic Work on a Particle
inductance
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 Magnetic Field VectorThe magnetic field vector B(r) at position r is a vector such that, at this position, the magnetic force Fb exerted on a particle with charge q, moving with velocity v, would be:

  •  Fb=qv x B(r)
 Cyclotron FrequencyThe constant angular velocity in which a particle in a uniform magnetic field maintains. 

  • w = -qB/m 
 Hall EffectThe formation of a transverse electric field in a flat strip carrying a current in a magnetic field. 


 Hall Voltage



  • Vh=d/(nqA)*I*B
 Magnetic Work on a Particle 
 inductance
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