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Suppose you have a spherical shell of conducting material and you've placed a single positive point charge inside it. Which of the following statements are true about the electric field that results in the space outside the conducting spherical shell (select all that apply)? O The electric field is zero The electric field points radially outward from the center of the conducting spherical shell O The electric field points radially outward from wherever inside the conducting spherical shell that the point charge is located The electric field is exactly the same whether or not the spherical conducting shell is present

Suppose you have a spherical shell of conducting material and you've placed a single positive point charge inside it. Which of the following statements are true about the electric field that results in the space outside the conducting spherical shell (select all that apply)? O The electric field is zero The electric field points radially outward from the center of the conducting spherical shell O The electric field points radially outward from wherever inside the conducting spherical shell that the point charge is located The electric field is exactly the same whether or not the spherical conducting shell is present

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Once you know the exact electric dipole moment of a given electric dipole, which of the following quantities can you calculate? O The center of charge of the electric dipole The magnitude and direction of the net torque exerted by a uniform electric field on the electric dipole O The electric field of the electric dipole O The the magnitude and direction of the net force exerted by a uniform electric field on the electric dipole
Transcribed Image Text:Once you know the exact electric dipole moment of a given electric dipole, which of the following quantities can you calculate? O The center of charge of the electric dipole The magnitude and direction of the net torque exerted by a uniform electric field on the electric dipole O The electric field of the electric dipole O The the magnitude and direction of the net force exerted by a uniform electric field on the electric dipole
Suppose you have a spherical shell of conducting material and you've placed a single positive point charge inside it. Which of the following statements are true about the electric field that results in the space outside the conducting spherical shell (select all that apply)? O The electric field is zero O The electric field points radially outward from the center of the conducting spherical shell O The electric field points radially outward from wherever inside the conducting spherical shell that the point charge is located The electric field is exactly the same whether or not the spherical conducting shell is present
Transcribed Image Text:Suppose you have a spherical shell of conducting material and you've placed a single positive point charge inside it. Which of the following statements are true about the electric field that results in the space outside the conducting spherical shell (select all that apply)? O The electric field is zero O The electric field points radially outward from the center of the conducting spherical shell O The electric field points radially outward from wherever inside the conducting spherical shell that the point charge is located The electric field is exactly the same whether or not the spherical conducting shell is present
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