easel wrote on Jan 3
rd, 2009 at 11:37am:
Quote:The guy who put more speed (kinetic energy) into the weight would lose slighly more mass (energy) from his muscle than the guy who moved less. Of course, the quantity of energy involved, when measured as mass, would be way beyond insignificant and undetectable compared to the wieght of the muscle. E=mc^2 refers to the total amount of energy, not the minuscule amount that is 'available' through biological or chemical processes.
I don't think you understood my analogy.
I don't buy your idea that for a second, here's why.
Ok, we have 2 generators, identical in all aspects, fuel, conditions, atmosphere etc.
Attached to these generators are identical contraptions, gears/cogs/pulleys/whatever which ends up with a shaft thingo. Both these contraptions are placed in water, not the same place, but identical in every way.
Now attached to these shafts are propellers. Say one is lead, one is titanium, both made with exactly the same mass and proportionate ratios.
Output is measured by infinitely accurate data readers, and prop cavitation is recorded.
What will the results be, even though everything is identical, including power source and mass of propeller? Now, the props are not going to be the same, but in proportion, so in scale of each other, but they will have exactly the same mass.
Your theory says that their output measured in the water through such things as thrust and cavitation, will be the same. I disagree.
Or maybe I am not able to understand what you are trying to explain. Can you make it clearer?
You appear to be confusing energy with available, or productive energy. The amount of energy present is billions of times greater than the energy you see doing work.
Quote:If energy was equal to mass, then those special types of uranium would not be necessary to run reactors.
Yes it would. Just because the energy is there does not mean you can harvest it.
Quote:I'm not talking about difficulty, I'm talking about impossibility.
Same principle. Ju8st because it is impossible to emasure something, does not mean the quantity is infinite. You are confusing two issues, by assuming that the quantity is impossible to measure because it is infinite. Rather, it is impossible to meausre merely because it is spread infinitely thin.
Quote:I'm talking about infinity, meaning forever, which is beyond comprehension and beyond reason.
But it is not beyond comprehension at all, or reason. It is quite easy to comprehend a finite mass distributed over an infinite space.
Quote:I don't think you're coming to terms with what "infinity" means.
Yes I am. You are merely confusing infinite space with infinite mass. The two are different things. If one is infinite that does not automatically mean the other is.