Translation for 'gravitational constant' from English to Icelandic

gravitational constant <G>

þyngdarfasti {k}eðlisfr.

þyngdarstuðull {k} [þyngdarfasti]eðlisfr.

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gravitational mass

þyngdarmassi {k}eðlisfr.

gravitational wave

þyngdarbylgja {kv}eðlisfr.stjörnfr.

gravitational interaction

þyngdarverkun {kv}eðlisfr.

gravitational force

þyngdarkraftur {k}eðlisfr.

aðdráttarafl {hv}eðlisfr.

gravitational field

þyngdarsvið {hv}eðlisfr.

constant

þindarlaus {adj} [sífelldur]

þrotlaus {adj}

viðstöðulaus {adj}

fasti {k}

fastastærð {kv}stærðf.

stöðugur {adj} [linnulaus]

dielectric constant

rafsvörunarstuðull {k}rafm.

constant movement

ið {hv}

• where "r" is the distance between the particles, "G" is the gravitational constant, a is the relative acceleration and "c" represents the speed of light in vacuum.
• The value of the gravitational constant was first derived from measurements that were made by Henry Cavendish in 1798 with a torsion balance.
• Improving the value of the gravitational constant is an example of articulating a paradigm theory, which is the third class of scientific problems.
• Cavendish's work led others to accurate values for the gravitational constant ("G") and Earth's mass.
• It introduced the Gaussian gravitational constant, and contained an influential treatment of the method of least squares, a procedure used in all sciences to this day to minimize the impact of measurement error.

• The nominal solar mass parameter can be combined with the most recent (2014) CODATA estimate of the Newtonian gravitational constant G to derive the solar mass to be approximately 1.9885 × 1030 kg.
• Notable examples are the speed of light "c", and the gravitational constant "G".
• The Gaussian gravitational constant (symbol [...]) is a parameter used in the orbital mechanics of the Solar System.
• The homogeneously distributed mass of the universe would result in a roughly scalar field that permeated the universe and would serve as a source for Newton's gravitational constant; creating a theory of quantum gravity.
• Note the conventions being used here are the metric signature of (&minus; + + +) and the natural units where "c" = 1 is the dimensionless speed of light, "G" the gravitational constant, and "M" is the characteristic mass of the Schwarzschild geometry.

• As the speed of light has an exact defined value in SI units and the Gaussian gravitational constant [...] is fixed in the astronomical system of units, measuring the light time per unit distance is exactly equivalent to measuring the product [...] × [...] in SI units.
• The gravitational constant "GM" ("μ") for Mars has the value of [...] , its equatorial radius is [...] and the known rotational period ("T") of the planet is [...] (...).