Three non-conducting infinite planes of charge lie in the xy plane. Let o1 = 120.0 µC/m², 02 = -70.0 µC/m², 03 = m and z = 0.35 m respectively. a) Use Gauss' law to derive the equation for the electric field due to a non-conducting plane of charge. b) What is the magnitude and direction of the electric field at z = 0.50 m? c) If you place a proton at z = 0.50 m and release it from rest, what acceleration will the proton experience? 1. 80.0 µC/m2, where plane 1 lies at z = 0.00 m, and plane 2 and 3 lie at z = 0.20
Three non-conducting infinite planes of charge lie in the xy plane. Let o1 = 120.0 µC/m², 02 = -70.0 µC/m², 03 = m and z = 0.35 m respectively. a) Use Gauss' law to derive the equation for the electric field due to a non-conducting plane of charge. b) What is the magnitude and direction of the electric field at z = 0.50 m? c) If you place a proton at z = 0.50 m and release it from rest, what acceleration will the proton experience? 1. 80.0 µC/m2, where plane 1 lies at z = 0.00 m, and plane 2 and 3 lie at z = 0.20
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Transcribed Image Text:Three non-conducting infinite planes of charge lie in the xy plane. Let oi = 120.0 µC/m²,
02 = -70.0 µC/m², 03 =
m and z = 0.35 m respectively.
a) Use Gauss' law to derive the equation for the electric field due to a non-conducting plane of charge.
b) What is the magnitude and direction of the electric field at z = 0.50 m?
c) If you place a proton at z = 0.50 m and release it from rest, what acceleration will the proton
experience?
80.0 µC/m2, where plane 1 lies at z = 0.00 m, and plane 2 and 3 lie at z = 0.20
1.
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