A uniform magnetic field with magnitude 1.2 mT is directed vertically upward, along z direction, through...

A uniform magnetic field with magnitude 1.2 mT is directed vertically upward, along z direction,

through a Hall probe thin flat conductor. A proton with 5.3 GeV enters the thin flat conductor moving

horizontal, along x direction. Due to electron flow, an electric field 36 N/C is originated. The proton

mass is 1.67x10-27 kg and the electron mass is 9.31x10-31 kg. Now, (i) draw the relevant Hall effect

scenario with Hall voltage direction, (ii) what magnetic deflecting force acts on the proton as it enters

the thin flat conductor, (iii) what is acceleration produced by the proton, (iv) what is acceleration

produced by the electron with same magnetic force, (v) compare both acceleration, (vi) what is the magnitude of the magnetic field if the proton moves inclined at 30 degree

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Expert Solution

genius_generous answered 1 year ago

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