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Scott 224
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Poster has been reminded to post much more information when starting threads, including links to their reading so far.
Does plasma react to eletromotive force
Scott 224 said:Does plasma react to eletromotive force
BvU said:blood plasma ?
Or a different kind of plasma, consisting of ...
(ps what is eletromotive force ? I know a little about electromagnetic force)
[edit] PS2: hello Scott,
[edit2]looked it up and it turns out to be a legal term -- I just had it stored as 'emf' and the translation in my brain for this in the context of plasmas is 'electric force'.
Answer to your question is Yes
Now my question to you is: since you like brevity, would you have preferred a one word answer ?
All that I know about plasma is that it is ionized gas with no charge. Electromotive force is minus the change in electromagnetic flux divided by the change in time.ZapperZ said:You have a pattern of posting very terse questions and responses. Did you know that up till now, in all the 5 posts that you've made, none of them exceeded more than SEVEN words?
Why does this matter here? It matters because I do not know if YOU know what is a "plasma" and what is an "electromotive force". Before you ask if one affects the other, you need to first understand what each of them is. You did not indicate that you do, and if you do, you did not indicate why you don't know if one reacts to the other. This may reveal to us your level of understanding, and informs us at what level we can reply. It is of no use, and a waste of time, if we tell you an answer that is way over your head.
So if you wish to receive a clear, thoughtful answer, how about putting in a similar level of effort in your questions? And in this one post alone, I've written more than all of your posts combined.
Zz.
no charge, no interactionScott 224 said:no charge
What is your picture of flux in connection with an infinitesimally sized constituent of plasma ?Scott 224 said:change in electromagnetic flux
Scott 224 said:I couldn't find the answer anywhere else.
If you tell us where you did look, we might be able to suggest alternative locations.Poster has been reminded to post much more information when starting threads, including links to their reading so far.
Plasma is a state of matter that is made up of ionized gas particles. When an electromotive force, or voltage, is applied to plasma, it can become more energized and change its behavior.
When plasma is exposed to electromotive force, it can become heated and start to emit light. This process is known as plasma excitation and is commonly seen in plasma lamps and televisions.
Yes, plasma can be controlled using electromotive force. By adjusting the voltage, scientists can manipulate the behavior of plasma and use it for various applications, such as in plasma thrusters for spacecraft.
There is no set limit to how much plasma can react to electromotive force. It ultimately depends on the strength of the voltage applied and the properties of the plasma itself.
Plasma reacting to electromotive force has many practical uses, including in plasma cutting and welding, plasma medicine for treating certain diseases, and in plasma etching for microchip fabrication.