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### 8 Cards in this Set

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• Back
 Force due to a Magnetic Field is equal to.. |q|vBsin(θ) (Absolute Value of the charge) * (perpendicular velocity of particle) * (magnetic field) In a uniform magnetic field, a particle who's initial veloticy is perpendicular to the field moves in what way? a circle. The radius of the circle a particle moves within a uniform magnetic field is found with.. r = (mv)/(qB) radius is (mass*velocity)/(charge*MagneticField) When a particle is shot into an electric field with a perpendicular magnetic field, the speed of the particle is found with... v = E/B velocity = EnergyOfElectricField/MagneticField Magnetic Force on a current carrying wire? F = I*l*B Force is Current * length of wire* magnetic Field What are the relationships between a magnetic field, current and radius (in current carrying wires) B is directly proportional to I and inversely proportional to r. B » I/r What is the right hand rule? Point your fingers towards the velocity of a particle, then point your palm in the direction of the magnetic field. Your thumb will point in the direction on the force. What is the magnetic field between two wires? 0.