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  4. Magnetic field is given by (100 hatk) T in the region defined by x2+y2=16 and y>0. A charged particle of mass m =10-19 kg and charge q=1.6 × 10-19 C enters at origin with a velocity v0=(640 hatj) m / s. What is the angle of deviation (in degree) suffered by charged particle in the magnetic field?

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Q. Magnetic field is given by $(100 \hat{k}) T$ in the region defined by $x^{2}+y^{2}=16$ and $y>0$. A charged particle of mass $m$ $=10^{-19} kg$ and charge $q=1.6 \times 10^{-19} C$ enters at origin with a velocity $v_{0}=(640 \hat{j}) m / s$. What is the angle of deviation (in degree) suffered by charged particle in the magnetic field?Physics Question Image

Moving Charges and Magnetism

Solution:

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$R=\frac{m v}{B q}=4\, m$