An electron with initial velocity vo enters a region of with a uniform field E vertically directed. The velocity vector of the particle makes an angle with respect to the horizontal direction. Determine how high the electron will go and the horizontal range before it reaches back the same height as when it entered the region. To make it quantitative, use the following values: Vo = 107 cm/s; E = 1000 V/m; =45 degrees; m = 10-³¹kg,; e = 1.6* 10- 19C.

Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
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Chapter20: Electric Potential And Capacitance
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An electron with initial velocity vo enters a region of with a uniform field
E vertically directed. The velocity vector of the particle makes an angle
with respect to the horizontal direction. Determine how high the electron
will go and the horizontal range before it reaches back the same height as
when it entered the region. To make it quantitative, use the following
values:
Vo = 107 cm/s; E = 1000 V/m; -45 degrees; m = 10-31 kg,; e = 1.6* 10¯
19C.
Transcribed Image Text:An electron with initial velocity vo enters a region of with a uniform field E vertically directed. The velocity vector of the particle makes an angle with respect to the horizontal direction. Determine how high the electron will go and the horizontal range before it reaches back the same height as when it entered the region. To make it quantitative, use the following values: Vo = 107 cm/s; E = 1000 V/m; -45 degrees; m = 10-31 kg,; e = 1.6* 10¯ 19C.
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