The both move towards the center of mass of the entire system (small +large objects), which remains unchanged ( or rather, continues doing what it was doing before)
gravity pulls it towards the large object
gravity pulls it towards the large object
Gravity is a force that pulls objects towards the Earth, causing them to accelerate downwards. Air resistance is a force that acts in the opposite direction to the motion of an object, slowing it down. Together, gravity and air resistance can affect the trajectory, speed, and final position of an object in motion.
No, the weight of an object depends on the force of gravity acting on it, not its size or mass. For example, a large object in space where gravity is weaker would have a smaller weight compared to the same object on Earth.
A small object is more likely to touch the ground as it is affected more by gravity and generally has less support or stability compared to a larger object. This means that smaller objects are more easily influenced by factors leading to contact with the ground.
9.8 N/Kg
GRAVITY... gravity means that objects are "attracted" to other objects, and the larger the object, the more GRAVITY will "attract" the object. The sun's gravity is too large for the planets to overcome.
Electrical field - to a large extent. Gravity - to a lesser extent.
The object with the greatest force of gravity towards Earth at its surface will be an object with the largest mass, such as a mountain or a large boulder. Objects with greater mass will exert a stronger gravitational force towards Earth compared to smaller objects.
well if it has little mass it has little weight and if you have a lot of mass the possibility of it would be that it weights a lot
The theory is that gravity does not pull, but there is a "universal push" everywhere. (This is said by some to be caused by "dark matter"). The theory is that everywhere there is a heavy unversal push from all sides. Hence, when an object is far away from any large object, there is almost equal push from all sides, and hence the object is not affected. But when the small object is very near the large one, there is a push on the small one from all sides except from the side of the large object (which blocks the push from its side), and hence the small object is "pulled to" the large one (which is actually that it is "less pushed from" the direction of the large one), and hence the small one moves towards the large one. This is the best I can do, since I have no technical knowledge or background. - Jeremy Shaughnessy
Pluto does have gravity but it is very low. Pluto is a large object that was first discovered in 1930 by Clyde Tombaugh.