drag each tile to the correct box. arrange the events in the life of a star in the correct order. all that…

drag each tile to the correct box. arrange the events in the life of a star in the correct order. all that remains of the star now is the core. in some cases, the star turns into a black hole. as the nuclear fusion sets off a chain reaction, the nebula gets hotter and brighter and turns into a star. the star stays in the main sequence stage for a long time. the star runs out of hydrogen and turns into a planetary nebula or a supernova, depending on its mass. heavy elements are created when the supernova explodes. the temperature increases in the center of a nebula, and nuclei begin to fuse.

drag each tile to the correct box. arrange the events in the life of a star in the correct order. all that remains of the star now is the core. in some cases, the star turns into a black hole. as the nuclear fusion sets off a chain reaction, the nebula gets hotter and brighter and turns into a star. the star stays in the main sequence stage for a long time. the star runs out of hydrogen and turns into a planetary nebula or a supernova, depending on its mass. heavy elements are created when the supernova explodes. the temperature increases in the center of a nebula, and nuclei begin to fuse.

Answer

Brief Explanations:

The life - cycle of a star starts with the heating up and nuclear fusion in a nebula, then it becomes a star and stays in the main sequence. After running out of hydrogen, it can become a planetary nebula or supernova. Supernova explosions create heavy elements, and finally, only the core remains, which can become a black hole in some cases.

Answer:

  1. The temperature increases in the center of a nebula, and nuclei begin to fuse.
  2. As the nuclear fusion sets off a chain reaction, the nebula gets hotter and brighter and turns into a star.
  3. The star stays in the main sequence stage for a long time.
  4. The star runs out of hydrogen and turns into a planetary nebula or a supernova, depending on its mass.
  5. Heavy elements are created when the supernova explodes.
  6. All that remains of the star now is the core. In some cases, the star turns into a black hole.