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1- Consider a particle of mass m and charge q moving in a uniform static electromagnetic field with E = (E,0, 0) and B = (B,0,0). Suppose that its initial velocity is ī = (v1, v2, 0) at t = 0. Describe the particle's subsequent motion analytically.

1- Consider a particle of mass m and charge q moving in a uniform static electromagnetic field with E = (E,0, 0) and B = (B,0,0). Suppose that its initial velocity is ī = (v1, v2, 0) at t = 0. Describe the particle's subsequent motion analytically.

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1- Consider a particle of mass m and charge q moving in a uniform static electromagnetic field with E = (E,0, 0) and B = (B,0,0). Suppose that its initial velocity is ī = (v1, v2, 0) at t = 0. Describe the particle's subsequent motion analytically.
Transcribed Image Text:1- Consider a particle of mass m and charge q moving in a uniform static electromagnetic field with E = (E,0, 0) and B = (B,0,0). Suppose that its initial velocity is ī = (v1, v2, 0) at t = 0. Describe the particle's subsequent motion analytically.
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