Windevoid Posted August 30, 2013 Share Posted August 30, 2013 Is this mathematical/image proof that electric force electric theory is wrong? Maybe not? This might belong in the other thread, but I decided to make a new one for it for now. How electric parallel circuits should work (I think). How they work in parallel in reality(I think).[ attachment=5714:battery and wire force 2.jpg] Gravity seems to have the same effect on water. Maybe the second image is 2 force and energy instead of 1 force and energy. Link to comment Share on other sites More sharing options...
studiot Posted August 30, 2013 Share Posted August 30, 2013 If I am reading your intentions correctly neither diagram is correct. 1) In both diagrams the electric force should be the same number at all points in that diagram. 2) In both diagrams the energy to the right should equal the energy to the left. The energy is determined by the number used in my point#1 Link to comment Share on other sites More sharing options...
Mellinia Posted August 30, 2013 Share Posted August 30, 2013 Is this mathematical/image proof that electric force electric theory is wrong? Maybe not? This might belong in the other thread, but I decided to make a new one for it for now. How electric parallel circuits should work (I think). battery and wire force 1.jpg How they work in parallel in reality(I think).[ attachment=5714:battery and wire force 2.jpg] Gravity seems to have the same effect on water. Maybe the second image is 2 force and energy instead of 1 force and energy. In addition, the energy will be conserved but the force applied on the wires(Very hard to discern from your images) will not be conserved, so thinking that it will be halved might be wrong Link to comment Share on other sites More sharing options...
Windevoid Posted August 30, 2013 Author Share Posted August 30, 2013 In addition, the energy will be conserved but the force applied on the wires(Very hard to discern from your images) will not be conserved, so thinking that it will be halved might be wrong If you click on the image, its size increases. Link to comment Share on other sites More sharing options...
Mellinia Posted August 30, 2013 Share Posted August 30, 2013 I did that, and it's still hard to discern. Link to comment Share on other sites More sharing options...
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