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Warm Up Day 86(4). What is the Force on a electron moving at 200,000 m/s in a magnetic field of .015 T?. What is the radius of the path it follows?. Electron mass=9.11E-31 kg Electron charge=-1.6E-19 C. Solution. F=qvB= F=(1.6E-19)(200,000)(.015) = F=mv^2/r R=mv/qB

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Warm Up Day 86(4)


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    1. Warm Up Day 86(4) What is the Force on a electron moving at 200,000 m/s in a magnetic field of .015 T? What is the radius of the path it follows? Electron mass=9.11E-31 kg Electron charge=-1.6E-19 C

    2. Solution F=qvB= F=(1.6E-19)(200,000)(.015) = F=mv^2/r R=mv/qB r=(9.11E-31)(200,000)/(1.6E-19)(.015) =