The last massive asteroid strike on earth was before human beings existed, making the answer "none".
It is not known for certain but it is likely that a massive asteroid impact caused the planets axis rotation to tilt.
No. An asteroid does not have enough mass. In order to become a black hole an object must be massive enough to be crushed by its won gravity. This takes an object at least several times more massive than the sun.
Thousands of years ago, Uranus was hit by a massive asteroid.
Jupiter's massive gravitational force, (along with Mars lesser gravitional force) prevented the asteroid belt from forming into a planet. Either that or it was a small planet (like Mercury, Venus, Earth and Mars) that was smashed to bits after a collision with a very large object and the bits eventually formed into the asteroid belt.
Here is one: A massive comet or asteroid appears to have ended the dinosaurs lives.
No somebody had a massive dump and it killed them all
The last massive asteroid strike on earth was before human beings existed, making the answer "none".
a large asteroid colliding with earth.
No. The craters on the moon are the result of massive asteroid and comet impacts.
Well that would depend on the size of the asteroid, but a substantial asteroid is likely to cause massive localized damage and destruction of entire ecosystems, blotting out of the sun from dust particles thrown into the atmosphere, tidal waves/tsunamis, massive loss of human life if centered near populated areas, to name a few.
A massive asteroid could crash into Earth
Probably nothing at all. The Sun is so massive, that it would be like swallowing a fly.
Martian meteorites were ejected from the surface of Mars during massive asteroid and comet impacts.
It is not known for certain but it is likely that a massive asteroid impact caused the planets axis rotation to tilt.
Many asteroids are not massive enough to cause a strong gravitational pull on a probe or a person.
No. An asteroid does not have enough mass. In order to become a black hole an object must be massive enough to be crushed by its won gravity. This takes an object at least several times more massive than the sun.