There is no real distance at which this occurs. Asteroids are generally moving too fast to be simply pulled in by earth's gravity, though their paths can be altered. As evidence of this, ab object that is simply pulled in by Earth's gravity would strike the surface at close to escape velocity, which is about 25,000 mph for Earth. Most asteroids are moving much faster.
In many cases, a collision happens when an orbital resonance develops. Earth's gravity periodically jostles the asteroid's path so that it will pass fairly close to earth at regular intervals until that paths intersect and a collision occurs.
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.
Not all objects close to a black hole get sucked into it. The gravitational pull of a black hole depends on its mass, so objects need to get extremely close to be pulled in. Objects in stable orbits can continue to orbit the black hole without falling in.
Yes
Asteroids are rocky objects that orbit the Sun, primarily found in the asteroid belt between Mars and Jupiter. Their movement is determined by gravity, following an elliptical path around the Sun. Some asteroids can come close to Earth due to gravitational interactions, but the vast majority of them remain in stable orbits in the asteroid belt.
Anything that gets close enough.
Yes. in 2024
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.
No, it is not possible to survive being sucked into a black hole due to the extreme gravitational forces and intense tidal forces that would tear apart anything that gets too close.
When an asteroid flies close to Earth, its gravitational force can potentially cause small changes in the Earth's orbit and rotation. However, these effects are usually minimal and do not pose a significant threat to the planet.
Not all objects close to a black hole get sucked into it. The gravitational pull of a black hole depends on its mass, so objects need to get extremely close to be pulled in. Objects in stable orbits can continue to orbit the black hole without falling in.
Yes. Objects which get too close to a black hole can be drawn into it by its gravitational pull and thereby disappear. Even light can get "sucked in", which is why they are called black holes.
No, it is highly unlikely that anyone could survive being sucked into a black hole due to the extreme gravitational forces and intense tidal forces that would tear apart anything that gets too close.
You could get sucked up by a black hole if you were close enough to feel its gravitational pull more strongly than another force to counterbalance it which would otherwise prevent you from getting sucked inside, such as, for example the orbital inertia which prevents the stars in our galaxy, including the Sun, from getting sucked into the Milky Way's central supermassive black hole.
if you get to close
The current location of asteroid GA6 is close to mars
Because their management sucked! Because their management sucked!
Yes