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Questions and Answers
In which scenario is the electric flux through a closed surface zero?
In which scenario is the electric flux through a closed surface zero?
- When there is a positive charge enclosed by the surface
- When the shape of the closed surface is irregular
- When there is no charge enclosed by the surface (correct)
- When there is a negative charge enclosed by the surface
What does Gauss's law state?
What does Gauss's law state?
- The total electric flux through a closed surface is unrelated to the total charge enclosed by the surface
- The total electric flux through a closed surface is inversely proportional to the total charge enclosed by the surface
- The total electric flux through a closed surface is proportional to the total charge enclosed by the surface (correct)
- The total electric flux through a closed surface is equal to the total charge enclosed by the surface
How does the electric flux change if the charge enclosed by a closed surface is doubled?
How does the electric flux change if the charge enclosed by a closed surface is doubled?
- The electric flux through the surface doubles (correct)
- The electric flux through the surface quadruples
- The electric flux through the surface remains the same
- The electric flux through the surface becomes zero
