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New Theories / Re: 3 objects and 2 forces to destroy the energy
« on: 04/06/2020 17:16:45 »
The forces can be draw like that:
vs63.png (50.53 kB . 899x752 - viewed 1529 times)
I have a torque with F1 around A0 on the red wall, that torque gives the energy : watom+=Ratom*(a2-a1); with Ratom the radius of the needle. watom is very small compared to the energy wcircle less wredwall. The energy from F4 is exactly the energy needed for F3.
And the numerical integral is:
bgznn.png (108.89 kB . 714x853 - viewed 1452 times)
I didn't multiply with k the results because the precision of the long double is 18 decimal digit and when I multiply with 1e10 I add some bad random digits.
bgjq.png (12.09 kB . 871x71 - viewed 1532 times)
More the needle is bigger more the difference of energy is smaller.
uj2.png (130.43 kB . 738x841 - viewed 1434 times)
vs63.png (50.53 kB . 899x752 - viewed 1529 times)
I have a torque with F1 around A0 on the red wall, that torque gives the energy : watom+=Ratom*(a2-a1); with Ratom the radius of the needle. watom is very small compared to the energy wcircle less wredwall. The energy from F4 is exactly the energy needed for F3.
And the numerical integral is:
bgznn.png (108.89 kB . 714x853 - viewed 1452 times)
I didn't multiply with k the results because the precision of the long double is 18 decimal digit and when I multiply with 1e10 I add some bad random digits.
bgjq.png (12.09 kB . 871x71 - viewed 1532 times)
More the needle is bigger more the difference of energy is smaller.
uj2.png (130.43 kB . 738x841 - viewed 1434 times)