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I have a very strong evidence .
So why do you ignore this?
No, If 15 kg raises 60 kg, there is a scientific explanation in which the idea 15 kg lifting 60 kg agrees with the law of conservation of energy.The idea is force vs force not work vs work .
Quote from: Yahya A.Sharif on 04/09/2020 21:23:07No, If 15 kg raises 60 kg, there is a scientific explanation in which the idea 15 kg lifting 60 kg agrees with the law of conservation of energy.The idea is force vs force not work vs work .You could use that to create net energy (I explained how), so conservation of energy is still violated.
The usage of energy as F*d is wrong
Energy comes from a human being.
Quote from: Yahya A.Sharif on 04/09/2020 22:45:09The usage of energy as F*d is wrongPlease demonstrate this.
I only need to demonstrate my great new discovery
with its obvious observations
logical arguments
and a true test
I'm sure no scientist will think he is carrying his body like carrying a rock or he is stupid.
Just another thing of such a stupid scientist he will be happy that he flies jumping with a rock of 60 kg while this rock is hard for bodybuildings
Then you are, as usual, ignoring the fact that lifting a 60 kilogram rock is equivalent to your legs lifting 120 kilograms total, because your body weight doesn't magically disappear just because you're holding something heavy. Of course it's harder to walk while carrying a 60 kilogram rock than it is to carry a 60 kilogram body because your legs are bearing twice the weight in the first scenario than they are in the second. You honestly can't tell me that you don't understand that.
That being said, I've lifted and carried around approximately 60 kilograms at my job on multiple occasions. I'm far from a body-builder.
a bodybuilder can't
Quote from: Kryptid on 04/09/2020 23:42:34That being said, I've lifted and carried around approximately 60 kilograms at my job on multiple occasions. I'm far from a body-builder.Then you agree of what I say.You carry your 60 kg several times at your job while a bodybuilder can't , because you need small force to move your body than a body building uses to lift the same mass
Quote from: Yahya A.Sharif on 04/09/2020 22:59:33and a true testIt's a flawed test. The fact that you can lift your own weight with your feet is proof enough that you are producing at least as much force as your own weight. The laws of physics demand it. The laws of physics don't change just because you don't properly understand them.
The force is 34 kg for both legs
The force is 34 kg for both legs , it will be 34 kg raising 57 .and I only used force far less than the maximum as in the video.
It only took 17 kilograms of force for you to full extend your foot under the restraint of that force gauge. That is not the same as saying that your foot can only exert 17 kilograms of force. You were unable to apply any more force to the gauge because your foot was already full extended.
If what you say affects, then the measuring can' happen because my leg will move to the right side.
You carry your 60 kg several times at your job while a bodybuilder can't
I am still trying to work out what he thinks that video shows.
Your foot is on one end, but what is holding the other end of the scale?