Asked: January 22, 20212021-01-22T15:14:34+00:00 2021-01-22T15:14:34+00:00In: MAKAUT

8(b). If a charged particle of charge 0.56 is moving with a velocity $3\mathop{i}\limits^{\wedge}+4\mathop{j}\limits^{\wedge}+5\mathop{k}\limits^{\wedge}$ m/s through an electric $\overrightarrow{E}=5\mathop{i}\limits^{\wedge}+5\mathop{k}\limits^{\wedge}$ and magnetic field induction $\overrightarrow{B}=2\mathop{i}\limits^{\wedge}-6\mathop{j}\limits^{\wedge}-6\mathop{k}\limits^{\wedge}$ , then calculate the magnitude and direction of total Lorentz force.

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8(b). If a charged particle of charge 0.56 is moving with a velocity m/s through an electric and magnetic field induction , then calculate the magnitude and direction of total Lorentz force.

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