A +16.0 µC charged particle is at the origin and a +8.00 µC charged particle is at (0.600 m, 0). a. Calculate the electric field midway between the particles at (0.300 m, 0). _______________________________________________ b. If an electron is placed at rest at (0.200 m, 0), what will be the acceleration of the electron? _______________________________________________ c. Imagine there is also a uniform magnetic field of 84.0 µT in the positive x-direction. If an electron is placed at rest at (0.200 m, 0), what will be the acceleration of the electron? _______________________________________________ d. There is still a uniform magnetic field of 84.0 µT in the positive x-direction and both charged particles. If an electron is placed at (0.200 m, 0) with a velocity of 1.00 m/s in the negative z-direction, what will be the acceleration of the electron?
A +16.0 µC charged particle is at the origin and a +8.00 µC charged particle is at (0.600 m, 0).
a. Calculate the electric field midway between the particles at (0.300 m, 0).
_______________________________________________
b. If an electron is placed at rest at (0.200 m, 0), what will be the acceleration of the electron?
_______________________________________________
c. Imagine there is also a uniform magnetic field of 84.0 µT in the positive x-direction. If an electron is
placed at rest at (0.200 m, 0), what will be the acceleration of the electron?
_______________________________________________
d. There is still a uniform magnetic field of 84.0 µT in the positive x-direction and both charged
particles. If an electron is placed at (0.200 m, 0) with a velocity of 1.00 m/s in the negative z-direction,
what will be the acceleration of the electron?
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