No. A supernova is only a single exploding star and only the mass of one large star is involved. A galaxy is billions of times more massive than even the largest star.
Galaxy
Supernova clusters are regions within galaxies where multiple supernova explosions have occurred relatively close to each other in space and time. These clusters provide valuable insights into the life cycle of massive stars and the impact of supernova explosions on their surrounding environment. A well-known example is the Cygnus Loop in the constellation Cygnus, which is a supernova remnant created by a cluster of supernova explosions.
When galaxies "collide", the individual stars do not actually smash together; they're far enough apart that they mostly slip past each other.
Probably type la supernova
supernova
yes they can and if that happens the galaxy will be destroyes :)
There are many types of nebula and they can form within any galaxy. Generally, the normal types of nebula - planetary and supernova remnants will occur in the younger galaxies, so at a push spiral galaxies.
A supernova will create the pulsar.See related question.
Normally it is known as the supernova's progenitor star.
In a hypothetical fight between Superman and a supernova, the supernova would likely win due to its immense energy release and destructive power. A supernova can outshine entire galaxies and release more energy in a few seconds than the Sun will emit over its entire lifetime. While Superman possesses incredible strength and speed, he is still a being of flesh and blood, making him vulnerable to the cataclysmic forces of a supernova. Thus, in terms of raw power, the supernova's cosmic explosion would be insurmountable.
Well, theoretically, we are the end products of a massive supernova. So in other words, if another massive supernova took place, it could create life. There are also other results but this is the main one.Every element heavier than iron (which includes gold) was produced in a supernova.
Probably not. Dark matter is not believed to concentrate well in or around masses the size of stars. But it does concentrate well around galaxies and clusters of galaxies. Most of the mass of a galaxy like ours is believed to be in a sphere of dark matter in the galaxy's spherical halo.