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How Do Massive Stars Differ from Smaller Stars in Their Evolution?

Massive stars and smaller stars are really interesting because they grow and change in different ways. Here are some cool facts about how they live:

  • Lifespan: Massive stars live very quickly and don’t last long. They might only shine for a few million years. Smaller stars, on the other hand, can glow for billions of years!

  • Nuclear Fusion: Massive stars have a process called nuclear fusion happening in their cores. This means they create heavier elements. When they reach the end of their lives, they can explode in a huge blast called a supernova.

  • Final Forms: At the end, massive stars can become neutron stars or black holes. Smaller stars usually turn into white dwarfs.

It’s like each type of star has its own timeline in the universe!

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How Do Massive Stars Differ from Smaller Stars in Their Evolution?

Massive stars and smaller stars are really interesting because they grow and change in different ways. Here are some cool facts about how they live:

  • Lifespan: Massive stars live very quickly and don’t last long. They might only shine for a few million years. Smaller stars, on the other hand, can glow for billions of years!

  • Nuclear Fusion: Massive stars have a process called nuclear fusion happening in their cores. This means they create heavier elements. When they reach the end of their lives, they can explode in a huge blast called a supernova.

  • Final Forms: At the end, massive stars can become neutron stars or black holes. Smaller stars usually turn into white dwarfs.

It’s like each type of star has its own timeline in the universe!

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