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A particle charged with +40 µC moves with a velocity of = 60 km/s k-80 km/s j. It -nters the magnetic field of a particle detector, which is given by B = 0.50 Tî. Use the Lorentz' force equation to find the initial force on the particle. Remember, force is a vector.

A particle charged with +40 µC moves with a velocity of = 60 km/s k-80 km/s j. It -nters the magnetic field of a particle detector, which is given by B = 0.50 Tî. Use the Lorentz' force equation to find the initial force on the particle. Remember, force is a vector.

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4. A particle charged with +40 μC moves with a velocity of **v** = 60 km/s **k̂** - 80 km/s **ĵ**. It enters the magnetic field of a particle detector, which is given by **B** = 0.50 T **î**. Use the Lorentz force equation to find the initial force on the particle. Remember, force is a vector.
Transcribed Image Text:4. A particle charged with +40 μC moves with a velocity of **v** = 60 km/s **k̂** - 80 km/s **ĵ**. It enters the magnetic field of a particle detector, which is given by **B** = 0.50 T **î**. Use the Lorentz force equation to find the initial force on the particle. Remember, force is a vector.
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