Examples of using Gravitational pull in English and their translations into Hindi
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Ecclesiastic
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Ecclesiastic
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Computer
Most claim that it is the gravitational pull of Nibiru that will put the Earth in trouble, perhaps causing another massive flood.
This is because, after a certain point, frictional force becomes too small to counteract the downward gravitational pull.
How do you slingshot your forces into an attack position on the blind side of this moon using the gravitational pull from this planet?
Landing there takes us dangerously close… and a black hole that big has a huge gravitational pull.
This is about 21.3% the speed you would need to reach to escape the Earth's gravitational pull.
It provides the gravitational pull that keeps the planets and other objects orbiting around it,
What we're seeing here is the effects of the incredible gravitational pull of the black hole at the center of the M87 galaxy,
are too far away, and even if we could travel to them, it's unlikely we would survive their gravitational pull.
Yet, we know from observations of the orbits of the planets that the gravitational pull of the sun goes down the further one is from the sun, in the same way that
Such an orbit also has a velocity in excess of the escape velocity and as such, will escape the gravitational pull of the planet and continue to travel infinitely until it is acted upon by another body with sufficient gravitational force.
flew to the Earth-sun L2 Lagrange point, where the gravitational pull of the Earth and sun just about cancels out.
This force exerts a kind of gravitational pull, sometimes strong enough to flatten
reactions will cease and that means there will be no internal pressure to match the gravitational pull of its mass.
the spacecraft will come under the influence of the moon's gravitational pull, and in a series of steps the altitude of the orbit will be reduced in 13 days to reach the final circular orbit at a height of 100 km.
while tides are caused by the gravitational pull of the Sun and Moon.
The IGM under the influence of a galaxy's gravitational pull slowly accumulates onto the galaxy at a rate of about one solar mass(equal to the mass of the sun) per year,
Their gravitational pull will start.
And a black hole that big has a huge gravitational pull.
And a black hole that big has a huge gravitational pull.
Neptune, after all, is a big planet with a heavy gravitational pull.