College Physics
College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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Electric Charges and Fields
One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.
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I need help with parts A - C please
I Review Learning Goal: To understand the definition of electric flux, and how to calculate it. Part A Flux is the amount of a vector field that "flows" through a surface. We now discuss the electric flux through a surface (a quantity needed in Gauss's law): What is the electric flux P3 through the annular ring, OE = :(E•dA, where DE is the flux through a surface 3? surface with differential area element dA, and E is the Express your answer in terms of C, r1, r2, and electric field in which the surface lies. There are several any constants. important points to consider in this expression: • View Available Hint(s) 1. It is an integral over a surface, involving the electric field at the surface. 2. dA is a vector with magnitude equal to the area of an infinitesmal surface element and pointing in a direction normal (and usually ΑΣφ Figure 1 of 1 surfaçe 2 surface 2 surface 3 surface 3 Part B E field surface 1 What is the electric flux P1 through surface 1? surface 1 Express P1 in terms of C, rı, r2, and any needed constants. Side View Front View • View Available Hint(s)
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Transcribed Image Text:I Review Learning Goal: To understand the definition of electric flux, and how to calculate it. Part A Flux is the amount of a vector field that "flows" through a surface. We now discuss the electric flux through a surface (a quantity needed in Gauss's law): What is the electric flux P3 through the annular ring, OE = :(E•dA, where DE is the flux through a surface 3? surface with differential area element dA, and E is the Express your answer in terms of C, r1, r2, and electric field in which the surface lies. There are several any constants. important points to consider in this expression: • View Available Hint(s) 1. It is an integral over a surface, involving the electric field at the surface. 2. dA is a vector with magnitude equal to the area of an infinitesmal surface element and pointing in a direction normal (and usually ΑΣφ Figure 1 of 1 surfaçe 2 surface 2 surface 3 surface 3 Part B E field surface 1 What is the electric flux P1 through surface 1? surface 1 Express P1 in terms of C, rı, r2, and any needed constants. Side View Front View • View Available Hint(s)
Learning Goal: To understand the definition of electric flux, and how to calculate it. Flux is the amount of a vector field that "flows" through a surface. We now discuss the electric flux through a surface (a quantity needed in Gauss's law): DE = [E•¿A, where E is the flux through a surface with differential area element dA, and E is the Part C electric field in which the surface lies. There are several important points to consider in this expression: What is the electric flux 2 passing outward through 1. It is an integral over a surface, involving the electric field at the surface. surface 2? Express P2 in terms of r1, r2, C, and any constants or other known quantities. Figure 1 of 1 • View Available Hint(s) surfaçe 2 -surface 2 surface 3 surface 3 ΑΣφ ? E field- surface 1 surface 1 Side View Front View Provide Feedback
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Transcribed Image Text:Learning Goal: To understand the definition of electric flux, and how to calculate it. Flux is the amount of a vector field that "flows" through a surface. We now discuss the electric flux through a surface (a quantity needed in Gauss's law): DE = [E•¿A, where E is the flux through a surface with differential area element dA, and E is the Part C electric field in which the surface lies. There are several important points to consider in this expression: What is the electric flux 2 passing outward through 1. It is an integral over a surface, involving the electric field at the surface. surface 2? Express P2 in terms of r1, r2, C, and any constants or other known quantities. Figure 1 of 1 • View Available Hint(s) surfaçe 2 -surface 2 surface 3 surface 3 ΑΣφ ? E field- surface 1 surface 1 Side View Front View Provide Feedback
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