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A conducting spherical shell of inner radius R¡ and outer radius R2 holds a net charge QA = 1.10 C. At the centre of the spherical conducting shell, there is a point charge q. Another conducting spherical shell of radius R3 and negligible thickness has a net charge Ов %3D 1.10 С. R2 R R3 Figure: Outer spherical shell of radius R3, charge QB, and negligible thickness, enclosing a conducting thick shell of charge QA, outer radius R2, and inner radius R1 · At the centre of the spheres, a charge q. Part 1) Select all the correct statements: O The electric flux through a surface between R1 and R2 is positive. O The magnitude of electric field between R1 and R2 is zero. O The magnitude of electric field between 0 and R1 is zero. O The electric flux through a surface between R1 and R2 is zero.

A conducting spherical shell of inner radius R¡ and outer radius R2 holds a net charge QA = 1.10 C. At the centre of the spherical conducting shell, there is a point charge q. Another conducting spherical shell of radius R3 and negligible thickness has a net charge Ов %3D 1.10 С. R2 R R3 Figure: Outer spherical shell of radius R3, charge QB, and negligible thickness, enclosing a conducting thick shell of charge QA, outer radius R2, and inner radius R1 · At the centre of the spheres, a charge q. Part 1) Select all the correct statements: O The electric flux through a surface between R1 and R2 is positive. O The magnitude of electric field between R1 and R2 is zero. O The magnitude of electric field between 0 and R1 is zero. O The electric flux through a surface between R1 and R2 is zero.

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there can be more than one answer for part 1

Part 2) What would be the magnitude of the point charge, q, if the electric field at any point outside the shell R3 is zero? C Part 3) If the point charge is q = 13.3 C, what would be the electric flux though a spherical surface just outside R3? Nm2C-1
Transcribed Image Text:Part 2) What would be the magnitude of the point charge, q, if the electric field at any point outside the shell R3 is zero? C Part 3) If the point charge is q = 13.3 C, what would be the electric flux though a spherical surface just outside R3? Nm2C-1
: 1.10 C. At the centre of the spherical A conducting spherical shell of inner radius Rị and outer radius R2 holds a net charge QA conducting shell, there is a point charge q. Another conducting spherical shell of radius R3 and negligible thickness has a net charge Ов 3D 1.10 С. R2 R1 R3 Figure: Outer spherical shell of radius R3, charge QB, and negligible thickness, enclosing a conducting thick shell of charge QA, outer radius R2, and inner radius R1· At the centre of the spheres, a charge q. Part 1) Select all the correct statements: The electric flux through a surface between R1 and R2 is positive. The magnitude of electric field between R1 and R2 is zero. The magnitude of electric field between 0 and R1 is zero. The electric flux through a surface between R1 and R2 is zero.
Transcribed Image Text:: 1.10 C. At the centre of the spherical A conducting spherical shell of inner radius Rị and outer radius R2 holds a net charge QA conducting shell, there is a point charge q. Another conducting spherical shell of radius R3 and negligible thickness has a net charge Ов 3D 1.10 С. R2 R1 R3 Figure: Outer spherical shell of radius R3, charge QB, and negligible thickness, enclosing a conducting thick shell of charge QA, outer radius R2, and inner radius R1· At the centre of the spheres, a charge q. Part 1) Select all the correct statements: The electric flux through a surface between R1 and R2 is positive. The magnitude of electric field between R1 and R2 is zero. The magnitude of electric field between 0 and R1 is zero. The electric flux through a surface between R1 and R2 is zero.
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