gravitational pull

Frequency: 7.814.2 per million words

The force of gravity drawing objects towards the center of a celestial body.

Categories:

Examples (20)

  • The Moon's gravitational pull is what causes the tides on Earth.
  • The gravitational pull of the Earth keeps the Moon in orbit.
  • Without the Earth's gravitational pull, we would all float off into space.
  • Scientists are studying the gravitational pull of black holes.
  • The Sun's immense gravitational pull keeps all the planets in our solar system in orbit.
  • The gravitational pull between two objects depends on their mass and distance.
  • Nothing, not even light, can escape the intense gravitational pull of a black hole.
  • Astronauts experience a reduced gravitational pull in space.
  • A rocket must generate enormous thrust to overcome the Earth's gravitational pull.
  • The gravitational pull of the sun holds the planets in their orbits.
  • Scientists calculate the strength of a planet's gravitational pull based on its mass and size.
  • Understanding the gravitational pull is crucial for space exploration.
  • The gravitational pull is weaker on the Moon, which is why astronauts can jump so high there.
  • The gravitational pull of Jupiter is so strong that it has captured many moons.
  • As the comet neared Jupiter, it was captured by the giant planet's gravitational pull.
  • Even small celestial bodies exert a gravitational pull.
  • Metaphorically, the city has a strong gravitational pull for artists and musicians.
  • The gravitational pull of the Earth causes objects to fall when dropped.
  • How does the gravitational pull of a star affect the planets around it?
  • The theory of relativity explains the gravitational pull as a curvature of spacetime.