-3. Four parallel plates are connected in a vacuum as in Figure 4. An electron, essentially at rest, drifts into the hole in plate X and is accelerated to the right. The vertical motion of the electron continues to be negli- gible. The electron passes through holes W and Y, then continues moving toward plate Z. Using the information given in the diagram, calculate (a) the speed of the electron at hole W (b) the distance from plate Z to the point at which the electron changes direction (c) the speed of the electron when it arrives back at plate X 4.0 cm+ 4.0 cm 4.0 cm- W 3.0 x 102 V 5.0 x 10 V Figure 4

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33. Four parallel plates are connected in a vacuum as in
Figure 4. An electron, essentially at rest, drifts into
the hole in plate X and is accelerated to the right. The
vertical motion of the electron continues to be negli-
gible. The electron passes through holes W and Y,
then continues moving toward plate Z. Using the
information given in the diagram, calculate
(a) the speed of the electron at hole W
(b) the distance from plate Z to the point at which
the electron changes direction
(c) the speed of the electron when it arrives back at
plate X
S
a
37. I
38.
f
+4.0cm++4.0 cm+4.0 cm-
t
3.0 x 102 V
5.0 x 10 V
Figure 4
34. Two a particles, separated by an enormous distance,
approach each other. Each has an initial speed of
Transcribed Image Text:350 / 746 110% 33. Four parallel plates are connected in a vacuum as in Figure 4. An electron, essentially at rest, drifts into the hole in plate X and is accelerated to the right. The vertical motion of the electron continues to be negli- gible. The electron passes through holes W and Y, then continues moving toward plate Z. Using the information given in the diagram, calculate (a) the speed of the electron at hole W (b) the distance from plate Z to the point at which the electron changes direction (c) the speed of the electron when it arrives back at plate X S a 37. I 38. f +4.0cm++4.0 cm+4.0 cm- t 3.0 x 102 V 5.0 x 10 V Figure 4 34. Two a particles, separated by an enormous distance, approach each other. Each has an initial speed of
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