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| Electroboom: How Right IS Veritasium?! Don't Electrons Push Each Other?? |
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| SiliconWizard:
So. In the end, can someone tell the link between electrons, current and energy flow yet? :popcorn: |
| electrodacus:
--- Quote from: SiliconWizard on July 16, 2022, 06:59:20 pm ---So. In the end, can someone tell the link between electrons, current and energy flow yet? :popcorn: --- End quote --- People seems to have trouble with understanding energy in the macro scale case even when invisible small air molecules are replaced by large 1.2kg balls. And you expect people to imagine electrons traveling through what looks like solid copper wire? Why will you not contribute ? Are you afraid of being wrong ? |
| Naej:
--- Quote from: electrodacus on July 16, 2022, 04:13:50 pm --- --- Quote from: Naej on July 16, 2022, 08:44:11 am ---Did you read Newton's laws? --- End quote --- So are you saying that Newton's 3'rd law (for every force there is an equal and opposite force) does not apply for some reason to my three examples ? I will love to hear the reason. This is maybe as important as the law of conservation of energy in understanding how this wind powered vehicle works. If you disagree with my calculations and or conclusions then show what you think it will happen especial for case C) As it is that vehicle is nothing more than a gearbox with input connected to Road treadmill and the output connected to Wind treadmill and importantly the case of the gearbox (vehicle body) is not connected to anything. --- End quote --- Did you read Newton's second law? What does it say on the vehicle acceleration in A, B and C? |
| Naej:
--- Quote from: SiliconWizard on July 16, 2022, 06:59:20 pm ---So. In the end, can someone tell the link between electrons, current and energy flow yet? :popcorn: --- End quote --- Well in both cases some people argue that there's invisible energy stored here and moving there, which just happens to explain what you see. ;D |
| electrodacus:
--- Quote from: Naej on July 16, 2022, 07:45:31 pm ---Did you read Newton's second law? What does it say on the vehicle acceleration in A, B and C? --- End quote --- Do you disagree with my conclusions that are already there to see in the image? If you do disagree then provide the correct equations and results. All data for the problem is there. As far as I'm concerned the equations posted there and the results are consistent with what you will find in real world test (of course in real world test you need to add friction). This is ideal best case scenario just so that there is no discussion about me adding to much friction loss. |
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