Приклади вживання Gravitational fields Англійська мовою та їх переклад на Українською
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Objects whose gravitational fields are too strong for light to escape were first considered in the 18th century by whom?
which might be visible on devices that measure gravitational fields.
At what distance from the centre of the Moon is the point at which the strength of the resultant of the Earth's and Moon's gravitational fields is equal to zero?
and"releases" ocean from its gravitational fields, the tide comes in.
sensors of magnetic and gravitational fields.
Once again the waves emanated from the merger of two black holes, the ultraintense gravitational fields left behind when massive stars collapse into infinitesimal points.
In 1916, Albert Einstein expressed that gravitational fields should have their own gravitational waves.
The reason that this does not lead to any discrepancy with observation is that all the gravitational fields that we normally experience are very weak.
The reason that we haven't yet noticed am discrepancy with observation is that all the gravitational fields that we normally experience are very weak.
Now they are so close to each other that their gravitational fields interact, pushing each other in ways that allowed the team to estimate the mass of each planet.
They are so close to each other that their gravitational fields interact, nudging one another in ways that enabled the team to estimate each planet's mass.
The fact is that such oscillations arising due to changes in the gravitational fields are very weak,
geodynamical processes, gravitational fields of the Earth, Moon
An exotic effect in particle physics that is theorized to happen in immense gravitational fields- near a black hole,
magnetic, and gravitational fields can happen soon,
so it should be possible to create gravitational fields using intense magnetic fields. .
In very powerful gravitational fields and at velocities near the speed of light,
went on an unstable orbit rotates clockwise and exposed to the gravitational fields of other planets.
The plan for the lunar lift revolves around a space station called the PicoGravity Lab that will be positioned at the lunar LaGrange point- the spot in space that is exactly between the gravitational fields of the Moon and Earth.
An exotic effect in particle physics that's theorized to occur in immense gravitational fields- near a black hole,