In the figure, the net electric flux through the area A iswhen the system is in air. On immersing the system in water the net electric flux through the area
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3
Answer:
Since electric field inside water decreases..
The flux also decreases.
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CORRECT QUESTION:
In figure the net electric field flux through the area A is ∅ = E.A When the system is in air. In immersing the system in water the net electric flux through the area.
- Becomes zero
- remains same
- increases
- decreases
Explanation:
correct answer : decreases
since electric field E decreases inside water, therefore flux ∅ = E.A also decreases.
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