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In a region of free space, a uniform magnetic field of induction B varies with time t as shown in the graph. At the instant f= 0, a particle of charge q and mass m enters the region with a velocity v perpendieular to the direction of the magnetic field. Neglect the influence of the induced electric field and explore motion of the particle. For what values of the charge q, will the particle follow a closed path? fr Shafedgt? %3D

In a region of free space, a uniform magnetic field of induction B varies with time t as shown in the graph. At the instant f= 0, a particle of charge q and mass m enters the region with a velocity v perpendieular to the direction of the magnetic field. Neglect the influence of the induced electric field and explore motion of the particle. For what values of the charge q, will the particle follow a closed path? fr Shafedgt? %3D

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7. In a region of free space, a uniform magnetic field of induction B varies with time t as shown in the graph. At the instant f= 0, a particle of charge q and mass m enters the region with a velocity v perpendicular to the direction of the magnetic field. Neglect the influence of the induced electric field and explore motion of the particle. For what values of the charge q, will the particle follow a closed path? : Shapeddgt? Bo 2T 3T 4T t -Bol n=科a5inうn@-2ス ダン20ス さいる。 9- 2nam BT In a kollow rigid cylinder of radius R gravity is absent and a uniform
Transcribed Image Text:7. In a region of free space, a uniform magnetic field of induction B varies with time t as shown in the graph. At the instant f= 0, a particle of charge q and mass m enters the region with a velocity v perpendicular to the direction of the magnetic field. Neglect the influence of the induced electric field and explore motion of the particle. For what values of the charge q, will the particle follow a closed path? : Shapeddgt? Bo 2T 3T 4T t -Bol n=科a5inうn@-2ス ダン20ス さいる。 9- 2nam BT In a kollow rigid cylinder of radius R gravity is absent and a uniform
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