![]() ![]() To avoid that, we use CO (carbon monoxide), where we illustrate the H 2 presence. ![]() The detection of molecular hydrogen by infrared and radio observations is difficult. However, in other areas of the interstellar medium, they will consist of ionised gas. Moreover, its density and size allow the formation of molecules, absorption of nebulae and the formation of ionised atomic hydrogen. This giant molecular cloud can be seen in the form of an interstellar cloud. If the star formation occurs within the cloud, it might be referred to as a stellar nursery. In addition, this cloud is also called a molecular cloud. For synthesising the molecules, the temperature present in the cloud should be low enough. The Giant Gas Cloud is the first stage stars go through to become stars. They typically begin as a gas cloud and end as a star remnant. Moreover, irrespective of the size, all the stars in the solar system follow the same 7-stage cycle. This white dwarf gets surrounded by a disappearing planetary nebula. On the other hand, average-sized stars, especially the sun, will end their lives as white dwarfs. For instance, massive stars are capable of transforming into a supernova, black holes and neutron stars. Major Stages of a StarĪs said earlier, each star has its own mass, and depending on its mass and other related factors, the life cycle of a star can be determined. The following passages will provide you with an idea regarding the different stages of the star’s life cycle. Let us see the life cycle of a star diagram below: Stars are capable of lasting up to billions of years. Also, each star has its lifespan, depending on various factors. Compared to the life cycle of living organisms, the timespan of stars is completely different. The life cycle of a star starts with birth, expansion due to change and growth, and eventually death. The mass of a star is the determining factor for understanding how radiantly it can shine and how it dies. They are all unique and possess different characteristics and attributes. Each star has its own mass, and not every star looks similar in shape and size. There are millions of stars present in outer space. Let us discuss the life cycle of a star in detail in upcoming passages. They can generate heat and light from the violent movement of nuclear forces inside their cores.Įver wondered how these stars are born? If yes, continue reading this article you will find exactly what you are looking for. Stars can appear in the form of huge celestial bodies made of helium, hydrogen and other such elements. They might seem so small, but they are pretty huge in general. What are those twinkling things that appear? Those are the uncountable amount of stars. Imagine sitting on the rooftop of your house and looking at the sky.
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