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What is the relationship between the net electric flux through a closed surface and the sign of the enclosed charge?
What is the relationship between the net electric flux through a closed surface and the sign of the enclosed charge?
The net outward or inward electric flux through a closed surface depends on the sign of the enclosed charge.
When considering a closed surface, how do charges located outside the surface affect the net electric flux?
When considering a closed surface, how do charges located outside the surface affect the net electric flux?
Charges outside the surface do not give a net electric flux through the surface.
What does the net electric flux through a closed surface depend on, in relation to the charge enclosed within the surface?
What does the net electric flux through a closed surface depend on, in relation to the charge enclosed within the surface?
The net electric flux is directly proportional to the net amount of charge enclosed within the surface.
According to Gauss's law, what is the relationship between the net electric flux through a closed surface and the net charge inside that surface?
According to Gauss's law, what is the relationship between the net electric flux through a closed surface and the net charge inside that surface?
How can the electric flux be calculated for each face of a box enclosing a point charge?
How can the electric flux be calculated for each face of a box enclosing a point charge?
What is the mathematical expression that relates the electric flux ($\Phi_E$) to the product of the electric field and the area of a surface?
What is the mathematical expression that relates the electric flux ($\Phi_E$) to the product of the electric field and the area of a surface?
What does the net electric flux due to a single point charge inside a box depend on?
What does the net electric flux due to a single point charge inside a box depend on?
How does the net electric flux due to a single point charge inside a box vary with the amount of charge enclosed within the box?
How does the net electric flux due to a single point charge inside a box vary with the amount of charge enclosed within the box?
Are the observations regarding net electric flux through a closed surface applicable only to point charges?
Are the observations regarding net electric flux through a closed surface applicable only to point charges?
What is the qualitative statement of Gauss's law regarding the net electric flux through a closed surface?
What is the qualitative statement of Gauss's law regarding the net electric flux through a closed surface?
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