V4641 Sagittarii is a variable X-ray binary star system in the constellation Sagittarius.
It is about 24,000 light years from us, so the chances of it colliding with our Solar System is ZERO.
Not in our or even the projected lifetime of humanity. V4641 is about 24 million light years from us, so even if it was travelling at light speed, it wouldn't come close to our solar system for another 24 million years.
Since there is only one star in our solar system, there is a zero percent chance of a collision occurring.
It's possible, but unlikely to occur any time soon since the closest (known) black hole, known as V4641 Sgr, is 1600 light years away.
Catastrophic theory of the solar system suggests that major disruptions or events in the past, such as collisions or close encounters with other celestial bodies, played a significant role in shaping the current structure of our solar system. This theory contrasts with the gradual, slow processes of traditional solar system formation theories.
If a small asteroid enters the solar system and passes close to Jupiter, the planet's immense gravity may deflect the asteroid's path. This could alter its trajectory, potentially sending it on a new course deeper into the solar system or out of the solar system entirely.
Strangely, the answer to this is not known. Astronomers and mathematicians have tried for about three centuries to prove that the Solar system is stable. None has succeeded. Just to cheer you up, it is known that no planets in our system will collide in the near future. note. To an astronomer, "the near future" means millions of years at least.
While travelling through the solar system it comes near the earth and is captured by the earth's gravity. It is pulled towards the earth until they collide.
The nebular hypothesis describes the formation of the solar system from a giant rotating cloud of gas and dust, known as a solar nebula. The main steps include the collapse of the nebula under its own gravity, leading to the formation of a protostar at its center. As the protostar forms, surrounding material flattens into a rotating disk, where particles collide and coalesce to form planetesimals. These planetesimals further collide and merge, eventually forming the planets, moons, and other bodies of the solar system.
Not likely the sun is pretty far away from any other stars in our Solar System.
Usually meteors that collide with the earth's atmosphere are burned upon entry. The become what is known as "shooting stars".
No, the planets do not leave their orbits and their orbits do not cross
"Our solar system." The "part of our galaxy" that's in our solar system is the solar system.