if electric field is applied parallel to the direction of electron beam the electron will
Answers
Answer:
The effect of this can be seen by studying the path of a beam of electrons in a deflection tube. When passing between the plates, the electrons have a constant speed in the direction parallel to the plates. Perpendicular to the plates, the force on each electron is equal to Ee, so they accelerate in this direction.
Answer:
Electrons will experience a force due to the electric field and will accelerate in the direction of E-field.
To understand it refer to the expression for Lorentz force due to electric field.
The electric field is time-invariant.
Explanation:
By definition an electric field represents the electric force that would apply to a hypothetical positively-charged particle at every point in space. If there were ever two forces at one point, then only their net force would be observable.
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