Electricity ?

[james blunt]

Running a current flow of electricity through a metal plate.

Can we keep that plate neutral in charge ?

If not will a dielectric medium remain neutral in charge? i.e water.


If we traversed electricity through water, will the water gain mass or lose mass?

 

[Woberts]

Not again..................

 

[james blunt]

Not again..................

Again? Do you know the answers to my questions?

I do not know I am learning the answer, please give an answer.

 

[Polymath257]

Running a current flow of electricity through a metal plate.

Can we keep that plate neutral in charge ?

The plate can be neutral while maintaining a charge, although it is common for a slight charge to be built up at the terminals.

If not will a dielectric medium remain neutral in charge? i.e water.

Yes. The charges move within the molecules, and the edges tend to build up a charge, but the dielectric will overall be neutral.

If we traversed electricity through water, will the water gain mass or lose mass?

Pure water is a poor conductor of electricity anyway. But if you add an electrolyte, you can increase the conductivity.

The mass will not change in any measurable way, partly because electrons (even relativistic ones) have such a small mass and there are as many leaving as coming in.

 

[james blunt]

The plate can be neutral while maintaining a charge, although it is common for a slight charge to be built up at the terminals.



Yes. The charges move within the molecules, and the edges tend to build up a charge, but the dielectric will overall be neutral.



Pure water is a poor conductor of electricity anyway. But if you add an electrolyte, you can increase the conductivity.

The mass will not change in any measurable way, partly because electrons (even relativistic ones) have such a small mass and there are as many leaving as coming in.

Thank you very much sir, I believe my experimental idea may work , thanks.

 

[Woberts]

Thank you very much sir, I believe my experimental idea may work , thanks.

OK, I'll bite. What's your experimental idea?

 

[james blunt]

The plate can be neutral while maintaining a charge, although it is common for a slight charge to be built up at the terminals.



Yes. The charges move within the molecules, and the edges tend to build up a charge, but the dielectric will overall be neutral.



Pure water is a poor conductor of electricity anyway. But if you add an electrolyte, you can increase the conductivity.

The mass will not change in any measurable way, partly because electrons (even relativistic ones) have such a small mass and there are as many leaving as coming in.

I thought I would also share this perpetual motion and perpetual energy device with you all as well.

What do you think ?

 

[james blunt]

OK, I'll bite. What's your experimental idea?

I don't want give my experiment away, I just needed to check some parameters of my experiment which has been answered. I am going to manipulate space-time .

 

[Polymath257]

I thought I would also share this perpetual motion and perpetual energy device with you all as well.

What do you think ?

View attachment 21336

Won't work. The induced magnetic field in the conductor will damp the motion of the pendulum.

 

[james blunt]

God told me how to build that device, God said I had to account for the conservation of energy in the system .

 

[james blunt]

Won't work. The induced magnetic field in the conductor will damp the motion of the pendulum.

What if we Earth/ground the coils to extract the induced field ?

A sort of magnetism sink ?

 

[Polymath257]

What if we Earth/ground the coils to extract the induced field ?

A sort of magnetism sink ?

Nope. Eddy currents tend to just produce heat. That is where the entropy loss is.

 

[james blunt]

Nope. Eddy currents tend to just produce heat. That is where the entropy loss is.

The system is an ebb and flow system, surely the timing gap between point charges are enough time apart to allow either entropy of the coils to disperse any heat or magnetised points of the coils?

Loss and gain ratio being at an equilibrium state?

 

[Polymath257]

The system is an ebb and flow system, surely the timing gap between point charges are enough time apart to allow either entropy of the coils to disperse any heat or magnetised points of the coils?

Loss and gain ratio being at an equilibrium state?

Go ahead and try.....you will see.

 

[james blunt]

Go ahead and try.....you will see.

I have some Tesla in me, my mother in her later years even looked a bit like Tesla in his older years. I do no ''work'' until my ideas are thought through properly.


Does a magnetic field get affected by electricity?

Can electricity bend/curve magnetic field lines?

 

[exchemist]

OK, I'll bite. What's your experimental idea?

NAAAOOOOOO!!!!!!!

 

[Valjean]

I don't want give my experiment away, I just needed to check some parameters of my experiment which has been answered. I am going to manipulate space-time .

Just don't forget to ground your flux capacitor.

 

[james blunt]

NAAAOOOOOO!!!!!!!

Come on Mr C, answer my question, I know you are smart. You helped teach me, I am your student as well as many others. Wouldn't you like to see ''your'' creation succeed?

 

[james blunt]

Just don't forget to ground your flux capacitor.

lol

 

[james blunt]

Started the maths already


→
E = (- ∇Φ) + ( + ∇Φ) = 0 ∇Φ

Δ 0 ∇Φ = + 1 ∇Φ (ZpE)