Recent content by nabil23
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High School How does light split into colors?
when the white sun light enters through a glass leaf at a specific angle, the light decomposing to the original color according to it wave length, the red color has a longer wave is angled at a lower angle, the yellow at a larger angle , then the green color , then the blue . so the the white... -
High School Question on Schwarzschild Geometry
you are absolutely right : Mass/ schwarzschild radius = M/rs = c x c/2G = ML-1 = 6.733418682 x (10) +27 gram/centimeter it means 6.733418682 x (10)+27 gram for every 1 centimeter of schwarzschild radius length.- nabil23
- Post #5
- Forum: Special and General Relativity
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High School Question on Schwarzschild Geometry
I think that schwarzschild radius is equal to: schwarzschild radius = M/(C x C/2G) = M/6.733418682 x (10) +27 any mass divided on schwarzschild radius will give this constant: M/schwarzschild radius = 6.733418682 x (10) +27 this constant is actually equal to : (4π/3) x (4π/3) x (726696460.5...- nabil23
- Post #3
- Forum: Special and General Relativity
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High School Question on Schwarzschild Geometry
please interpret this observation. There is a specific radius through a given equation that always gives the correct mass to any star or planet, as well a density. What is the logical explanation for this? Mass = (4π/3) x schwarzschild radius of the star x 4π/3 x (726696460.5 cm.) cube. For...- nabil23
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- Geometry Schwarzschild Schwarzschild geometry
- Replies: 4
- Forum: Special and General Relativity
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High School Is the gravitational force higher than it should be?
If the reference is the surface of the Earth, the mass will have zero gravitational energy ? so how the mass on the surface of the Earth cause pressure to the interior? it must have the energy to cause pressure.- nabil23
- Post #4
- Forum: Special and General Relativity
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High School Is the gravitational force higher than it should be?
does the mass on the surface of the planet (in state of rest ) has inside it the same gravitational energy to a similar mass after a free falling above its surface for one entire second?- nabil23
- Thread
- Force Gravitational Gravitational force
- Replies: 7
- Forum: Special and General Relativity