Between two flat and parallel plates charged with equal charges and with opposite signs, there is a uniform electric field. A proton is released from the surface of the positive plate and strikes the surface of the opposite plate, 16 mm away from the first, in an interval of 5 us. The momentum (magnitude and direction with respect to the + x axis) of the proton when it collides with the negative plate is: Proton mass: 1.67 kg Proton charge: 1,6 x 1019 kg
Between two flat and parallel plates charged with equal charges and with opposite signs, there is a uniform electric field. A proton is released from the surface of the positive plate and strikes the surface of the opposite plate, 16 mm away from the first, in an interval of 5 us. The momentum (magnitude and direction with respect to the + x axis) of the proton when it collides with the negative plate is: Proton mass: 1.67 kg Proton charge: 1,6 x 1019 kg
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Transcribed Image Text:Between two flat and parallel plates charged with equal charges and with opposite signs, there is a
uniform electric field. A proton is released from the surface of the positive plate and strikes the
surface of the opposite plate, 16 mm away from the first, in an interval of 5 us. The momentum
(magnitude and direction with respect to the + x axis) of the proton when it collides with the
negative plate is:
Proton mass: 1.67 kg
Proton charge: 1,6 x 1019 kg
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