Übersetzung für 'gravitational force' von Englisch nach Deutsch

gravitational force

Andruck {m}

Schwerkraft {f}phys.

Anziehungs­kraft {f}phys.

Gravitationskraft {f}phys.

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gravitational force [on Earth]

Erdanziehungs­kraft {f}phys.

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gravitational {adj}

gravitativphys.

Gravitations-spec.

gravitationsbedingtphys.

gravitational wave

Gravitationswelle {f}astron.phys.

gravitational lensing

Gravitationslinseneffekt {m}astron.

gravitational field

Gravitationsfeld {n}phys.

Schwerefeld {n}phys.

gravitational gradient

Schweregradient {m}geol.

gravitational contraction

Schwerkraftkontraktion {f} [selten]phys.

Gravitationskontraktion {f}phys.

gravitational potential

Gravitationspotenzial {n}phys.

gravitational acceleration

Erdbeschleunigung {f}astron.phys.

gravitational effect

Schwerkraftwirkung {f}astron.geol.

Gravitationswirkung {f}phys.

gravitational biology

Gravitationsbiologie {f}biol.

gravitational radiation

Gravitationsstrahlung {f}astron.phys.

gravitational influence

Gravitationseinfluss {m}astron.phys.tech.

gravitational attraction

Gravitationsanziehung {f}phys.

gravitational pull

Gravitationsanziehung {f}phys.

gravitational correction

Schwerkraftkorrektur {f}phys.

• When a satellite is in orbit around a planet, gravity is considered to be a centripetal force even though in the case of eccentric orbits, the gravitational force is directed towards the focus, and not towards the instantaneous center of curvature.
• The gravitational force varies with distance from the center of the Earth, i.e.
• Inclined planes also allow heavy fragile objects, including humans, to be safely lowered down a vertical distance by using the normal force of the plane to reduce the gravitational force.
• In Newton's law, it is the proportionality constant connecting the gravitational force between two bodies with the product of their masses and the inverse square of their distance.
• "Hydrostatic Pressure-based Instruments": This technology relies upon Pascal's Principle which states that the pressure difference between two points within a vertical column of fluid is dependent upon the vertical distance between the two points, the density of the fluid and the gravitational force.

• The tidal force produced by a massive object (Moon, hereafter) on a small particle located on or in an extensive body (Earth, hereafter) is the vector difference between the gravitational force exerted by the Moon on the particle, and the gravitational force that would be exerted on the particle if it were located at the Earth's center of mass.
• If the friction and heat dissipation were not present, the Moon's gravitational force on the tidal bulge would rapidly (within two days) bring the tide back into synchronization with the Moon, and the Moon would no longer recede.
• In Newton's theory of gravitation, the only source of gravitational force is mass.
• For asteroids rotating faster than approximately this rate, the inertial force at the surface is greater than the gravitational force, so any loose surface material would be flung out.
• One of the vibrational states of a string corresponds to the graviton, a quantum mechanical particle that carries the gravitational force.

• When a region reaches a sufficient density of matter to satisfy the criteria for Jeans instability, it begins to collapse under its own gravitational force.
• According to Scargill, a purely scalar theory of gravity may enable a local gravitational force, and 2D networks may be sufficient for complex neural networks.
• Despite their tiny masses, neutrinos are so numerous that their gravitational force can influence other matter in the universe.
• This is a natural consequence of their low temperatures and high densities, because the gravitational force acting to collapse the cloud must exceed the internal pressures that are acting "outward" to prevent a collapse.
• Normally, the two massive bodies exert an unbalanced gravitational force at a point, altering the orbit of whatever is at that point.

• DIN 66036 defines one metric horsepower as the power to raise a mass of 75 kilograms against the Earth's gravitational force over a distance of one metre in one second: [...] = 75 [...] ⋅m/s = 1 PS.
• For example, the work of an elastic force is called elastic potential energy; work of the gravitational force is called gravitational potential energy; work of the Coulomb force is called electric potential energy; work of the strong nuclear force or weak nuclear force acting on the baryon charge is called nuclear potential energy; work of intermolecular forces is called intermolecular potential energy.