Electrons, accelerated from rest through a potential difference of 3000 V, enter a region of uniform magnetic field, the direction of the field being at right angle to the motion of the electrons. If the flux density is 0.010 T, Calculate the radius of the electron's orbit.

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Electrons, accelerated from rest through a potential difference of 3000 v, enter a region of uniform
magnetic field, the direction of the field being at right angle to the motion of the electrons. If the flux
density is 0.010 T, Calculate the radius of the electron's orbit.
Transcribed Image Text:Electrons, accelerated from rest through a potential difference of 3000 v, enter a region of uniform magnetic field, the direction of the field being at right angle to the motion of the electrons. If the flux density is 0.010 T, Calculate the radius of the electron's orbit.
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