Do all objects have inductive properties?

  • Thread starter Apteronotus
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In summary, the conversation discusses the topic of electrodynamics and whether there are any natural materials, plants, or animals that act as electric inductors. It is mentioned that all objects have some capacitive properties and the question is raised if they also have inductive properties. There is a mention of using Google to research "Induction in organic materials" and the idea that any material that can conduct electricity can be influenced by induction is suggested. It is also noted that any object where a current can flow has an inductance, even if it does not have explicit or implicit closed loops.
  • #1
Apteronotus
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I'm not entirely sure if this post belongs here, but I guess the topic of electrodynamics is vast.

My question is; are there any materials / plants / animals that act as electric inductors? In other words, are inductors solely made up of coiled wires, or do they occur naturally?

To rephrase, all objects have some capacitive properties; so do they also have inductive properties.

Thanks in advance,
 
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  • #2
My guess would be that any material that can conduct electricity can be influenced by induction.

But I'm not sure. Maybe you could Google something like "Induction in organic materials"
 
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  • #3
Anything that supported current moving in a closed loop would possesses inductive reactance. A solid conductor--no hole in the middle necessary--would suffice.
 
  • #4
Hello everybody!

Any thing where a current can flow has an inductance. The object doesn't even need to show explicit nor implicit closed loops. A straight antenna, with current flowing in the long direction, has an inductance per unit length (as well as a capacitance). Something like 0.6µH/m, but more if you use several turns closely packed, or a ferromagnetic core.

This holds even for polarization currents, not only displacement currents. That is: for insulators as well, not only conductors - for a short time, or with AC currents.
 

What is a naturally occurring inductor?

A naturally occurring inductor is a type of passive electronic component that is found in nature. It is a material or substance that can store energy in the form of a magnetic field when an electric current passes through it.

What are some examples of naturally occurring inductors?

Some examples of naturally occurring inductors include iron-rich minerals, such as magnetite, which can be found in rocks and soil. Additionally, certain types of plants, such as the Venus flytrap, have been found to possess inductor-like properties.

How do naturally occurring inductors differ from man-made inductors?

Naturally occurring inductors are typically found in their raw, unaltered form in nature, whereas man-made inductors are manufactured using specific materials and processes. Additionally, naturally occurring inductors may have varying properties and characteristics compared to man-made inductors.

What are the applications of naturally occurring inductors?

Naturally occurring inductors can be used in a variety of applications, such as in power transmission systems, electric motors, and generators. They are also used in electronic devices for signal filtering and tuning.

Are there any limitations or drawbacks to using naturally occurring inductors?

One limitation of naturally occurring inductors is that their properties and characteristics may vary depending on the source and composition of the material. This can make it difficult to control and predict their behavior in electronic circuits. Additionally, because they are found in nature, they may not be readily available or suitable for specific applications.

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