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(150) An electron is shot into the uniform electric field shown. What direction will the electron be deflected? Draw the electron's path on the figure. Draw the velocity vector of the electron after it has traveled some distance through the field (show both the x and y components). Keep the same scale as the original velocity vector already shown on the figure. Describe why you drew the velocity vector as you did.

(150) An electron is shot into the uniform electric field shown. What direction will the electron be deflected? Draw the electron's path on the figure. Draw the velocity vector of the electron after it has traveled some distance through the field (show both the x and y components). Keep the same scale as the original velocity vector already shown on the figure. Describe why you drew the velocity vector as you did.

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(150) An electron is shot into the uniform electric field shown. What direction will the electron be deflected? Draw the electron's path on the figure. Draw the velocity vector of the electron after it has traveled some distance through the field (show both the x and y components). Keep the same scale as the original velocity vector already shown on the figure. Describe why you drew the velocity vector as you did.
Transcribed Image Text:(150) An electron is shot into the uniform electric field shown. What direction will the electron be deflected? Draw the electron's path on the figure. Draw the velocity vector of the electron after it has traveled some distance through the field (show both the x and y components). Keep the same scale as the original velocity vector already shown on the figure. Describe why you drew the velocity vector as you did.
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