(i) Calculate the magnitude of magnetic force acting on the particle. (ii) Sketch the direction force of the moving particle as a result of entering the magnetic field. (iii) Determine the radius of circular path for the moving charge.
(i) Calculate the magnitude of magnetic force acting on the particle. (ii) Sketch the direction force of the moving particle as a result of entering the magnetic field. (iii) Determine the radius of circular path for the moving charge.
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(i) Calculate the magnitude of magnetic force acting on the particle.
(ii) Sketch the direction force of the moving particle as a result of entering the magnetic field.
(iii) Determine the radius of circular path for the moving charge.
Transcribed Image Text:(c)
A particle with charge of -482 µC and mass of 1.8x10-9 kg moves at velocity of 1.2x10 ms1 in the +x-direction. It then enters a uniform magnetic field of 0.40 T that points out of the page as in
FIGURE 1.
Satu zarah dengan cas -482 µC dan jisim 1.8x109 kg bergerak dengan halaju 1.2x103 ms1 dalam arah +x. Ia kemudian memasuki medan magnet seragam 0.40 T arah keluar dari muka halaman
seperti dalam RAJAH 1.
B
FIGURE 1/ RAJAH 1
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