The Sun has the greatest gravitational pull among the options listed. Its immense mass, about 333,000 times that of Earth, generates a strong gravitational force that governs the orbits of the planets, including Earth and the Moon. In comparison, the Moon, Earth, and comets have significantly weaker gravitational pulls due to their smaller masses.
The gravitational pull of the moon has the greatest effect on Earth tides. The moon's gravitational force causes bulges in the Earth's oceans, creating high and low tides as the Earth rotates. Other factors, such as the sun's gravity and the shape of the coastline, also play a role in affecting tides.
Halley's Comet is in a closed gravitational orbit of the sun ... just like the Earth, all the other planets, and all the asteroids are. An object in a gravitational orbit keeps going unless there's something that acts on it to make it stop. That's how gravity works, and all other motions in general.
In our solar system, the object with the second greatest gravitational pull is Jupiter. Jupiter, the largest planet, has a mass more than 300 times that of Earth, resulting in a strong gravitational force that significantly influences the orbits of its many moons and nearby objects. The Sun holds the greatest gravitational pull, dominating the solar system's dynamics.
There is no relationship whatsoever between Earth's moon and any comet.
The name of the comet seen in 1986 is Halley's Comet. You can see it every 75-76 years, and is the only short period comet that is clearly visible to the naked eye from earth, and thus the only naked-eye comet that might appear twice in a human lifetime.
The Earth exerts the greatest gravitational force on you while watching television, due to its large mass. The gravitational force between you and the Earth is much stronger than any other force in this scenario.
The Earth has the greatest gravitational force on you while eating breakfast, pulling you towards its center.
The Earth has a strong gravitational pull on the Moon. Gravitational forces broke up the comet even before it impacted Jupiter.
Comets have significantly less gravity compared to Earth due to their much smaller mass. For example, a typical comet can have a mass that is a fraction of that of Earth, resulting in a gravitational pull that is only a tiny fraction of Earth's gravity. This means that objects on a comet weigh much less than they would on Earth, allowing for lower escape velocities and unique surface conditions. Consequently, the gravitational environment on a comet is much weaker, affecting how objects move and behave on its surface.
Its gravitational field protects the inner rocky planets from comet bombardment
The substance on Earth that experiences the greatest gravitational pull from the moon is the oceans. The moon's gravitational pull causes the tides as it attracts the water on Earth's surface towards it.
I don't know gravitational pull like how the moon is in orbit and circles the earth I guess
The gravitational pull of the moon has the greatest effect on Earth tides. The moon's gravitational force causes bulges in the Earth's oceans, creating high and low tides as the Earth rotates. Other factors, such as the sun's gravity and the shape of the coastline, also play a role in affecting tides.
The moon orbits the Earth due to the gravitational pull the two bodies have on each other.
Objects with the greatest mass will have the greatest force of gravity attracting them to the surface of the earth. Gravitational attraction is based on the mass of an object and the distance between the two "attractors" involved. For things on the Earth's surface, more mass equates to greater gravitational attraction. It's a direct relationship.
The Earth orbits the Sun due to the gravitational pull between the two objects. This gravitational force keeps the Earth moving in a curved path around the Sun, following its orbit.
Halley's Comet is in a closed gravitational orbit of the sun ... just like the Earth, all the other planets, and all the asteroids are. An object in a gravitational orbit keeps going unless there's something that acts on it to make it stop. That's how gravity works, and all other motions in general.