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Found 5 results

  1. PDF file: 20200726WaveCurvatures.pdf I have made some adjustments to the theory, as I found the strain equations in my last set of equations to not match between energy of particles and their gravitational curvature leak. I've fixed them in the equations in this pdf file. I'll write out the equations over the next few days, but they can be found in the above pdf file.
  2. Given that E = m.c^2 and that E = h.f why can't we form a relationship for particles of light?
  3. On a frictionless road and tires, I know the rider wouldn't be able to change the combined center of gravity of the system by moving his weight around. If he pushes the bike to lean to the right, he would go to the left by the amount that would keep the combined cog the same. But a bike with real tires and a real road under it is not a closed system, the tires wouldn't let the lower part of the bike left or right when trying to initiate lean. Does this mean it is possible to push with your bodies inertia to the bike, and the combined cog will be changed? I think if you do so below the
  4. In this video i try to make you understand the dynamics behind gyroscopic precession in the most intuitive way possible. It is made a brief explanation about linear momentum and angular momentum. Rotational motion can sometimes be complicated by rules that don't make sense or are not explained properly, the best way to understand most concepts is to go to the basics. I hope i can help you learn something. Facebook page: https://www.facebook.com/pages/Integza/1609347819325028 Twiter: https://twitter.com/Integza__
  5. In this video i try to make you understand the dynamics behind gyroscopic precession in the most intuitive way possible. It is made a brief explanation about linear momentum and angular momentum. Rotational motion can sometimes be complicated by rules that don't make sense or are not explained properly, the best way to understand most concepts is to go to the basics. I hope i can help you learn something. Facebook page: https://www.facebook.com/pages/Integz... Twiter: https://twitter.com/Integza__
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