Answer:
[tex]q_{encl}[/tex] = net electric charge
Explanation:
The Gauss's law of electrostatics states that the total electric flux through a surface is equal to [tex]\dfrac{1}{\epsilon_o}[/tex] times the total charge enclosed in any hypothetical surface. Mathematically, it is given by :
[tex]\phi=\dfrac{1}{\epsilon_o}\times q_{encl}[/tex]
Where
[tex]q_{encl}[/tex] is the total charge inside the closed surface. Hence, this is the required solution.
We have that the qencl is the total charge inside the closed surface
is given by
[tex]\phi=\dfrac{1}{\epsilon_o}\times q_{encl}[/tex]
Generally the electric powered subject simply outdoor the floor of any charged conductor is constantly perpendicular to the floor of the conductor.
Were is the qencl total charge inside the closed surface
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