A very tall cylindrical transformer in a power station has a radius of 0.48 m and carries a uniform surface charge of -0.45 microcoulombs per square meter. At what distance for the centre of the cylinder does the magnitude of the electric field drop to 3550 V/m? Approximate the cylinder as infinitely tall. Answer in meters. Question 1 options: A) 6.88E+00 B) 6.88E+06 C) 2.62E+00 D) 1.82E+00 E) 3.30E+00 F) 3.30E+06 G) 1.82E+03 H) The field is never that strong.
A very tall cylindrical transformer in a power station has a radius of 0.48 m and carries a uniform surface charge of -0.45 microcoulombs per square meter. At what distance for the centre of the cylinder does the magnitude of the electric field drop to 3550 V/m? Approximate the cylinder as infinitely tall. Answer in meters. Question 1 options: A) 6.88E+00 B) 6.88E+06 C) 2.62E+00 D) 1.82E+00 E) 3.30E+00 F) 3.30E+06 G) 1.82E+03 H) The field is never that strong.
College Physics
10th Edition
ISBN:9781285737027
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter16: Electrical Energy And Capacitance
Section: Chapter Questions
Problem 3CQ: Figure CQ16.3 shows equipotential contours in the region of space surrounding two charged...
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Question
A very tall cylindrical transformer in a power station has a radius of 0.48 m and carries a uniform surface charge of -0.45 microcoulombs per square meter. At what distance for the centre of the cylinder does the magnitude of the electric field drop to 3550 V/m? Approximate the cylinder as infinitely tall. Answer in meters.
Question 1 options:
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A) 6.88E+00
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B) 6.88E+06
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C) 2.62E+00
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D) 1.82E+00
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E) 3.30E+00
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F) 3.30E+06
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G) 1.82E+03
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H) The field is never that strong.
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