A circular plane, with radius of 2.2 m, is immersed in an electric field with a magnitude of 800 N/C. The field makes an angle of 20° with the plane. What is the magnitude of electric flux through the plane?Calculate the electric flux passing through the surface as shown below.An infinitely long line of charge carries 0.4 C along each meter of length. Find the electric field 0.3 m from the line of charge. 1. A circular plane, with radius of2.2 m, is immersed in an electricfield with a magnitude of 800N/C. The field makes an angleof 20° with the plane. What isthe magnitude of electric fluxthrough the plane?2. Calculate the electric fluxpassing through the surface asshown below.-2 C-3 C2C4 C-5 C103. An infinitely long line of chargecarries 0.4 C along each meterof length. Find the electric field0.3 m from the line of charge.

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Answered: A circular plane, with radius of 2.2 m,…

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter24: Gauss’s Law

Section: Chapter Questions

Problem 24.17P: An infinitely long line charge having a uniform charge per unit length lies a distance d from point...

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A circular plane, with radius of 2.2 m, is immersed in an electric field with a magnitude of 800 N/C. The field makes an angle of 20° with the plane. What is the magnitude of electric flux through the plane?
Calculate the electric flux passing through the surface as shown below.
An infinitely long line of charge carries 0.4 C along each meter of length. Find the electric field 0.3 m from the line of charge.

1. A circular plane, with radius of
2.2 m, is immersed in an electric
field with a magnitude of 800
N/C. The field makes an angle
of 20° with the plane. What is
the magnitude of electric flux
through the plane?
2. Calculate the electric flux
passing through the surface as
shown below.
-2 C
-3 C
2C
4 C
-5 C
10
3. An infinitely long line of charge
carries 0.4 C along each meter
of length. Find the electric field
0.3 m from the line of charge.

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