gravitational energy वाक्य

उदाहरण वाक्य

1. Then the accretion efficiency, or the fraction of energy actually radiated of that theoretically available from the gravitational energy release of accreting material, enters in an essential way.
2. Perhaps, the researchers theorized, the channels etched in the landscape over the centuries formed patterns that allowed water to dissipate the least possible gravitational energy on its way downhill.
3. Translating the above statement into the language of general relativity, we say that a system in nearly flat space-time has a total non-gravitational energy E and momentum P given by:
4. The coupling of a universal scalar field directly to the gravitational field gives rise to potentially observable effects for the motion of matter configurations to which gravitational energy contributes significantly.
5. No, because the vacuum fluctuation that created the particles was in effect a defect in space that " borrowed " energy from the black hole's mass-energy ( or gravitational energy ).
6. In the 1930s, Pascual Jordan knew that a star could equal zero energy because its matter energy was positive and its gravitational energy was negative and they cancelled each other out.
7. This is the same as the calculations of potential gravitational energy in classical mechanics ( of course, the nature of the force is different ), and should be enough to explain the released energy.
8. The negative value for gravitational energy also has deeper implications that make it seem more reasonable in cosmological calculations where the total energy of the universe can meaningfully be considered; see inflation theory for more on this.
9. An eighth grade science teacher at the Horace Mann School said she would eliminate a test question this year that asks students to calculate the potential gravitational energy of a tightrope walker between the World Trade Center towers.
10. What this means is that the continuity equation no longer implies that the non-gravitational energy and momentum expressed by the tensor are absolutely conserved, i . e . the gravitational field can do work on matter and vice versa.