Yes, any asteroid within the distance of pluto, and a few beyond it, are in the sun's gravitational pull. If they weren't, they would drift off into space.
No. It is an irregularly-shaped satellite of Mars, believed to be an asteroid captured by the planet's gravitational field.
planets are in orbit because of the suns gravitational field chupa naman diyan Planets are kept in their orbits by gravitational forces.
The gravitational field strength of the Sun is approximately 274 m/s^2 at its surface. This means that objects near the surface of the Sun experience a gravitational acceleration of about 274 m/s^2.
While getting farther from the Sun in its orbit, an asteroid (or other object) will gain potential energy, and lose kinetic energy.
An asteroid can attract another asteroid through gravitational forces. Just like any two objects with mass, asteroids exert a gravitational pull on each other, causing them to be attracted to one another. The strength of this gravitational attraction depends on the masses of the asteroids and the distance between them.
yes! it depend to gravitational pull and the weight of an asteroid
The gravitational force (or attraction) between any two objects increases as the distance between them decreases. Thus, as an asteroid approaches Earth, the Earth's gravitational pull will increase as it gets nearer.
Yes, if the asteroid is captured by the Earth's gravitational pull.
The energy of an asteroid can be determined by its kinetic energy, which is proportional to its mass and velocity squared. The potential energy of an asteroid in a gravitational field is influenced by its distance from a massive body. When an asteroid collides with a planet or another space object, the energy released can be significant and potentially catastrophic.
Pluto is such a small planet because Pluto is no longer a planet. It is just a big rock that got pulled in by are suns gravitational field.
Yes, it is possible for moons to be asteroids that were captured by a planet's gravity. This scenario typically occurs when a passing asteroid is caught in the gravitational field of a planet and becomes its moon.
For Mars, it is likely to get pulled in to the gravitational field, and not collide with the planet at first but get sling shot around it. It will then return in several years and sling shot another three or four times before colliding with it. It's also possible that the force of the "sling shot" effect will rocket the asteroid away, and it will not come back, or will get sucked in to another gravitational field. For Jupiter, the most likely thing to happen is the asteroid entering the atmosphere and breaking up.