Connected conductors with cavities

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In summary, connecting conductors with cavities serves to create a resonant system that amplifies electromagnetic waves for better signal transmission and reception. This is achieved by creating a standing wave between the conductors and cavities. Some applications of this technology include radio frequency filters, antennas, and medical equipment, but it is limited in its effectiveness for a wide range of signals and requires precise design and tuning. Connected conductors with cavities also have a unique shape and dimensions that set them apart from other types of conductors.
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There are two conductors with cavities, in one cavity is +q and in the other cavity is -q. If these two conductors are connected by a connecting wire, what would happen?

I know the electric field must be zero over the conductors. But would it be correct to say that there is now zero net charge on the outside of both the conductors and that the electric field everywhere is zero except inside the cavity?
 

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This is a trivial question, no?
 

FAQ: Connected conductors with cavities

What is the purpose of connecting conductors with cavities?

The purpose of connecting conductors with cavities is to create a resonant system that can amplify electromagnetic waves and enhance the transmission and reception of signals.

How do connected conductors with cavities work?

Connected conductors with cavities work by creating a standing wave between the conductors and the cavities, which amplifies the electromagnetic field and increases the efficiency of signal transmission and reception.

What are some applications of connected conductors with cavities?

Connected conductors with cavities have a wide range of applications, including in radio frequency filters, antennas, and microwave devices. They are also used in particle accelerators and medical imaging equipment.

Are there any limitations to using connected conductors with cavities?

One limitation of connected conductors with cavities is that they are most effective at specific frequencies, so they may not work well for a wide range of signals. They also require careful design and tuning to achieve optimal performance.

How do connected conductors with cavities differ from other types of conductors?

Connected conductors with cavities differ from other types of conductors in that they are specifically designed to create a resonant system for amplifying electromagnetic waves. They also have a specific geometric shape and dimensions that are optimized for their intended application.

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