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Consider a parallel plate capacitor with an electric field strength of 2500 N/C. An electron is launched horizontally at a speed of 210 000 m/s into the plates, exactly 3.6 cm above the positive plate. (as shown below) Calculate the horizontal distance, x, at which the electron will collide with the plate. (Ignore the effects of gravity)

Consider a parallel plate capacitor with an electric field strength of 2500 N/C. An electron is launched horizontally at a speed of 210 000 m/s into the plates, exactly 3.6 cm above the positive plate. (as shown below) Calculate the horizontal distance, x, at which the electron will collide with the plate. (Ignore the effects of gravity)

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Consider a parallel plate capacitor with an electric field strength of 2500 N/C. An electron is
launched horizontally at a speed of 210 000 m/s into the plates, exactly 3.6 cm above the
positive plate. (as shown below) Calculate the horizontal distance, x, at which the electron will
collide with the plate. (Ignore the effects of gravity)

Ve 3D 210 000 т/s 3.6 сm (+) +) +) (+)
Transcribed Image Text:Ve 3D 210 000 т/s 3.6 сm (+) +) +) (+)
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