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Bladibla
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How likely is it that when stars are orbiting the centre of a galaxy that two stars will meet and be locked together and orbit each other or collide?
When stars collide, it can result in a variety of outcomes depending on the mass and composition of the stars. In some cases, the stars may merge together to form a larger, more massive star. In other cases, the collision can cause a massive explosion known as a supernova.
While it may seem like stars are constantly colliding, the truth is that the likelihood of two stars colliding in our galaxy is extremely low. This is due to the vast distances between stars and the fact that they are constantly moving in different directions.
Yes, stars can collide with planets, but it is a very rare occurrence. The chances of a star colliding with a planet are much lower than the chances of two stars colliding with each other. However, when it does happen, it can have catastrophic consequences for the planet and its inhabitants.
The outcome of a collision between two stars of different sizes can vary greatly. If a smaller star collides with a larger star, it may be engulfed and absorbed by the larger star. However, if two stars of similar size collide, they may merge together to form a new, larger star.
Yes, when stars collide, the extreme temperatures and pressures can cause nuclear fusion reactions that create new elements. These elements are then expelled into space, enriching the surrounding area and potentially leading to the formation of new stars and planets.