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    Electromagnetism: Force on electron in magnetic field

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    If the magnetic induction is 10^-2 weber/m^2 in the x-direction, find the force on an electron whose velocity is 10^7 m/s in
    (a) the xy-plane at 45 degrees to the x-axis, (Answer: 1.13x10^-14 N in the z-direction)
    (b) a direction making equal angles with the three axes. (Answer: 1.31 x10^-14 N in the YZ-plane)

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    https://brainmass.com/physics/velocity/electromagnetism-force-electron-magnetic-field-463373

    Solution Preview

    The force F on a charged particle moving in a magnetic field is given by Lorentz formula
    F = q(v x B)
    Here q is the charge, v is its velocity and B is the magnetic field.

    Please see the attached document for complete solution.

    If the magnetic induction is 10^-2 weber/m^2 in the x-direction, find the force on an electron whose velocity is 10^7 m/s in
    (a) the ...

    Solution Summary

    Force on an electron moving in a magnetic field is calculated for two different directions of its motion.

    $2.19

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