In a homogeneous electric field, an electrone and a proton p are simultaneously liberated from rest, as depicted. Assume that the distance between the particles is adequate for the electric field to be the sole force acting on each particle after release. When the particles are still in the field at a later moment, the electron and proton will have the same a. direction of motion b. velocity c. displacement d. magnitude of acceleration e. magnitude of force acting on them.
In a homogeneous electric field, an electrone and a proton p are simultaneously liberated from rest, as depicted. Assume that the distance between the particles is adequate for the electric field to be the sole force acting on each particle after release. When the particles are still in the field at a later moment, the electron and proton will have the same a. direction of motion b. velocity c. displacement d. magnitude of acceleration e. magnitude of force acting on them.
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Transcribed Image Text:In a homogeneous electric field, an electron e and a proton p are simultaneously liberated from
rest, as depicted. Assume that the distance between the particles is adequate for the electric
field to be the sole force acting on each particle after release. When the particles are still in the
field at a later moment, the electron and proton will have the same a. direction of motion b.
velocity c. displacement d. magnitude of acceleration e. magnitude of force acting on them.
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