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is Is it possible to flow current in open circuit?

First , i don't know much about chemistry and physics. I'm just a graphic designer but i have this question in my mind. I'm sorry if this question is too basic and use 'generic' language.

As iI know a battery is an example of a closed circuit where it can then producedproduce electricity , electronelectrons will flow from negative pole to positive. A chemistry representation of this battery is for example iI got this link : http://www.youtube.com/watch?v=0TvYlJ06MXo&feature=related

soSo it's a closed circuit. Where where one of the side will release (lose) electron while another side will gain electronelectrons. That's how the circular process will occureoccur (the liquid act as a connector or bridge to close the circuit)  . My question is whatWhat if we 'open' the circuit , so i mean separate the liquid. ?

Of course the chain process will stop  , right  ? But what about if we can create somekindsome kind of instrument where iI can supply electron to the liquid and onnon the other side using another tool/instrument to grab electronelectrons from another liquid. Does it make any sense  , that we can still produce electricity using open circuit? Am i wrong  ? Sorry for this basic question. I just need some enlightment :-)

is it possible to flow current in open circuit?

First , i don't know much about chemistry and physics. I'm just a graphic designer but i have this question in my mind. I'm sorry if this question is too basic and use 'generic' language.

As i know a battery is an example of a closed circuit where it can then produced electricity , electron will flow from negative pole to positive. A chemistry representation of this battery is for example i got this link : http://www.youtube.com/watch?v=0TvYlJ06MXo&feature=related

so it's a closed circuit. Where one of the side will release (lose) electron while another side will gain electron. That's how the circular process will occure (the liquid act as a connector or bridge to close the circuit)  . My question is what if we 'open' the circuit , so i mean separate the liquid.

Of course the chain process will stop  , right  ? But what about if we can create somekind of instrument where i can supply electron to the liquid and onn the other side using another tool/instrument to grab electron from another liquid. Does it make any sense  , that we can still produce electricity using open circuit? Am i wrong  ? Sorry for this basic question. I just need some enlightment :-)

Is it possible to flow current in open circuit?

As I know a battery is an example of a closed circuit where it can then produce electricity , electrons will flow from negative pole to positive. A chemistry representation of this battery is for example I got this link : http://www.youtube.com/watch?v=0TvYlJ06MXo&feature=related

So it's a closed circuit where one of the side will release (lose) electron while another side will gain electrons. That's how the circular process will occur (the liquid act as a connector or bridge to close the circuit). What if we 'open' the circuit , so i mean separate the liquid?

Of course the chain process will stop, right? But what about if we can create some kind of instrument where I can supply electron to the liquid and on the other side using another tool/instrument to grab electrons from another liquid. Does it make any sense, that we can still produce electricity using open circuit? Am i wrong?

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source | link

is it possible to flow current in open circuit?

First , i don't know much about chemistry and physics. I'm just a graphic designer but i have this question in my mind. I'm sorry if this question is too basic and use 'generic' language.

As i know a battery is an example of a closed circuit where it can then produced electricity , electron will flow from negative pole to positive. A chemistry representation of this battery is for example i got this link : http://www.youtube.com/watch?v=0TvYlJ06MXo&feature=related

so it's a closed circuit. Where one of the side will release (lose) electron while another side will gain electron. That's how the circular process will occure (the liquid act as a connector or bridge to close the circuit) . My question is what if we 'open' the circuit , so i mean separate the liquid.

Of course the chain process will stop , right ? But what about if we can create somekind of instrument where i can supply electron to the liquid and onn the other side using another tool/instrument to grab electron from another liquid. Does it make any sense , that we can still produce electricity using open circuit? Am i wrong ? Sorry for this basic question. I just need some enlightment :-)