- #1
pankazmaurya
- 26
- 0
how can it be proved that the otherside of the charged parallel plate capacitor has some charge on it
Parallel plate capactiors otherside plate
- Context: Undergrad
- Thread starter pankazmaurya
- Start date
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- Tags
- Parallel Parallel plate Plate
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SUMMARY
The discussion focuses on proving that the opposite side of a charged parallel plate capacitor possesses an equal and opposite charge. Participants suggest using an ammeter to measure current flow on both sides of the capacitor, demonstrating the principle of conservation of electric charge. They reference Kirchhoff's current law and the relationship between charge, current, and time, encapsulated in the formula q = it. This establishes that the charges on the capacitor plates are indeed equal and opposite.
PREREQUISITES- Understanding of parallel plate capacitors
- Familiarity with Kirchhoff's current law
- Basic knowledge of electric charge and current relationships
- Ability to use an ammeter for measuring current
- Study the principles of capacitor charge distribution
- Learn about Kirchhoff's laws in electrical circuits
- Explore the relationship between current, charge, and time in electrical systems
- Investigate practical applications of ammeters in circuit analysis
Students of electrical engineering, physics enthusiasts, and professionals involved in circuit design and analysis will benefit from this discussion.
- #2
Naty1
- 5,605
- 40
Depends what you mean by "prove"...
In fact the charges are equal and opposite...how about putting an ammeter on each side of the capacitor..one between the capacitor and the positive and the other between the capacitor and negative side of whatever supply you use...
You can also use Kirchoffs current law...if you accept conservation of electric charge.
If you remember that current is charge flow per unit time it may give you insight...q=it,
i = q/t.
In fact the charges are equal and opposite...how about putting an ammeter on each side of the capacitor..one between the capacitor and the positive and the other between the capacitor and negative side of whatever supply you use...
You can also use Kirchoffs current law...if you accept conservation of electric charge.
If you remember that current is charge flow per unit time it may give you insight...q=it,
i = q/t.
- #3
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