Our planet is believed to have come to life due to repeated asteroid collisions. Earth’s natural satellite, the Moon, is thought to have caught shape after a single massive impact phenomenon.
Then, the planet’s size attracted gigantic meteorites, which ultimately collided with the young Earth, creating a super-high-temperature rock cloud, which covered the entire surface and evaporated all ocean water.
The earliest forms of life thrived during such insane events by escaping into the ground, extraordinarily rising to the surface time after time. Our planet has suffered numerous catastrophic events, and life has survived by gathering new abilities to thrive through each and every disaster.
An animated video shows what would happen to Earth if the most massive asteroid in the Solar System was to collide with it.
Large Asteroid Impact Simulation
This stunning video by Discovery Channel shows what would happen if the most giant asteroid was to make contact with the Earth. It depicts the asteroid’s shadow blocking out sunlight all over the world as it approaches the surface of our planet. As it travels through the atmosphere, the massive cosmic rock begins to burn up.
Following the impact, a huge explosion is seen as it reverberates through the whole planet. The gigantic asteroid crashes into the Earth’s surface and creates ocean waves resembling a tsunami, which split outwards. The collision is so powerful, that debris can be seen flying into space.
The Himalayan mountains are depicted being completely destroyed in the violent spin-off. Our oceans and forests are burning fiercely in the animated footage.
This gigantic asteroid is actually known as Ceres. The cosmic rock is, in fact, a dwarf planet and the largest object in the asteroid belt between Mars and Jupiter. Ceres is also the only dwarf planet positioned in the inner Solar System.
The object was the first member of the asteroid belt to be identified when Giuseppe Piazzi discovered it back in 1801. NASA’s now-retired space probe called Dawn monitored Ceres in the early 2000s.