Draw the equipotential and electric field line patterns for the following configurations: 1. A parallel plate...

Draw the equipotential and electric field line patterns for the following configurations:

1. A parallel plate capacitor

2. A parallel plate capacitor with a small, non-conducting cube placed between the two plates. (i.e. The cube does not take up the entire space between the plates)

3. A parallel plate capacitor but with one of the plates replaced by a circular conductor.

4. A parallel plate capacitor but with one of the plates replaced by an irregularly shaped (pointed) conductor. Why would high voltage engineers avoid using pointed conductors?

Expert Solution

The capacitance C is the amount of charge stored per volt. i.e,

The electric field lines goes from positive potential to negative potential.

genius_generous answered 2 years ago

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