OA The charge q continues to move downward while slowing down, gets to 10 m away from the sheet before reversing direction and accelerating away. OE The charge q continues to move downward with a constant velocity and hits the sheet after 0.500 s. OC The charge q continues to move downward while slowing down, gets to 20 m away from the sheet before reversing direction and accelerating away. O D. The charge q continues to move downward while slowing down and hits the sheet 20.0 m/s. OE Not enough information given in the problem to describe the motion of the charge F. The charge moves upward with an acceleration of 25.0 m/s2

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QUESTION 4
A large uniform plastic sheet of charge is placed in the horizontal plane (2- 0), as shown in the figure below. A positive
charge (q - 20.0 mc, m - 80.0 grams) is fired with a downward initial velocity , at zd-50.0 m. Take the charge
density of the sheet to be 35,4 nc/m and - -200 m/s Which of the following statements correctly describes the motion
of the charge?
A. The charge q continues to move downward while slowing down, gets to 10 m away from the sheet before reversing
direction and accelerating away.
B. The charge q continues to move downward with a constant velocity and hits the sheet after 0.500 s.
C. The charge q continues to move downward while slowing down, gets to 20 m away from the sheet before reversing
direction and accelerating away.
D. The charge q continues to move downward while slowing down and hits the sheet 20.0 m/s.
E. Not enough information given in the problem to describe the motion of the charge
Transcribed Image Text:QUESTION 4 A large uniform plastic sheet of charge is placed in the horizontal plane (2- 0), as shown in the figure below. A positive charge (q - 20.0 mc, m - 80.0 grams) is fired with a downward initial velocity , at zd-50.0 m. Take the charge density of the sheet to be 35,4 nc/m and - -200 m/s Which of the following statements correctly describes the motion of the charge? A. The charge q continues to move downward while slowing down, gets to 10 m away from the sheet before reversing direction and accelerating away. B. The charge q continues to move downward with a constant velocity and hits the sheet after 0.500 s. C. The charge q continues to move downward while slowing down, gets to 20 m away from the sheet before reversing direction and accelerating away. D. The charge q continues to move downward while slowing down and hits the sheet 20.0 m/s. E. Not enough information given in the problem to describe the motion of the charge
+.
A. The charge q continues to move downward while slowing down, gets to 10m away from the sheet before reversing
direction and accelerating away.
O B. The charge q continues to move downward with a constant velocity and hits the sheet after 0.500 s.
C. The charge q continues to move downward while slowing down, gets to 20 m away from the sheet before reversing
direction and accelerating away.
D. The charge q continues to move downward while slowing down and hits the sheet 20.0 m/s.
E. Not enough information given in the problem to describe the motion of the charge
OF.
The charge moves upward with an acceleration of 25.0 m/s2
Anwen
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Transcribed Image Text:+. A. The charge q continues to move downward while slowing down, gets to 10m away from the sheet before reversing direction and accelerating away. O B. The charge q continues to move downward with a constant velocity and hits the sheet after 0.500 s. C. The charge q continues to move downward while slowing down, gets to 20 m away from the sheet before reversing direction and accelerating away. D. The charge q continues to move downward while slowing down and hits the sheet 20.0 m/s. E. Not enough information given in the problem to describe the motion of the charge OF. The charge moves upward with an acceleration of 25.0 m/s2 Anwen Close Window
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