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A charged particle of mass 1 Kg and charge 1 C travels in a uniform magnetic field B=5â, T. If the initial position and velocity of the particle are ř(1)= (0,0,0) m i =(1,0,0) m/s respectively, calculate the velocity v(t =1 s) . %3D

A charged particle of mass 1 Kg and charge 1 C travels in a uniform magnetic field B=5â, T. If the initial position and velocity of the particle are ř(1)= (0,0,0) m i =(1,0,0) m/s respectively, calculate the velocity v(t =1 s) . %3D

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A charged particle of mass 1 Kg and charge 1 C travels in a uniform magnetic field B=5â, T. If the initial position and velocity of the particle are ř(t)= (0,0,0) m i = (1,0,0) m/ s respectively, calculate the velocity v(t =1s) . %3D
Transcribed Image Text:A charged particle of mass 1 Kg and charge 1 C travels in a uniform magnetic field B=5â, T. If the initial position and velocity of the particle are ř(t)= (0,0,0) m i = (1,0,0) m/ s respectively, calculate the velocity v(t =1s) . %3D
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