An electron enters the homogenous electric field with a velocity of 9.0 x 10^-6 m/s on a parallel plate capacitor perpendicular to the field lines. The length of the plates of the capacitor 1 = 65 mm with a distance d = 50mm apart from each other. The potential difference between the plates is 150 V. 1) Find the acceleration of the electron in the y-direction. 2) How much time does it take for the electron to move through the capacitor? 3) How far from the x-axis the electron is when it leaves the plates of the capacitor? 4) Calculate the velocity of the electron in the y-direction when it leaves the electric field. 5) Determine the angle that the velocity of the electron makes the x-axis when it leaves the electric field.

An electron enters the homogenous electric field with a velocity of 9.0 x 10^-6 m/s on a parallel plate capacitor perpendicular to the field lines. The length of the plates of the capacitor 1 = 65 mm with a distance d = 50mm apart from each other. The potential difference between the plates is 150 V. 1) Find the acceleration of the electron in the y-direction. 2) How much time does it take for the electron to move through the capacitor? 3) How far from the x-axis the electron is when it leaves the plates of the capacitor? 4) Calculate the velocity of the electron in the y-direction when it leaves the electric field. 5) Determine the angle that the velocity of the electron makes the x-axis when it leaves the electric field.