drag each tile to the correct box. arrange these phases in the partial life cycle of a star in order…

drag each tile to the correct box. arrange these phases in the partial life cycle of a star in order, starting with the earliest event. in heavy stars, the core contracts, pulling the outer layer inward. hydrogen fusion begins in the outer shell. the outer shell expands, and the light generated increases. the hydrogen supply in the core starts to run out. the outer shell expands, cools down, and starts to glow red. stars that have roughly more than three times the mass of our sun become black holes.

drag each tile to the correct box. arrange these phases in the partial life cycle of a star in order, starting with the earliest event. in heavy stars, the core contracts, pulling the outer layer inward. hydrogen fusion begins in the outer shell. the outer shell expands, and the light generated increases. the hydrogen supply in the core starts to run out. the outer shell expands, cools down, and starts to glow red. stars that have roughly more than three times the mass of our sun become black holes.

Answer

Answer:

  1. The hydrogen supply in the core starts to run out. The outer shell expands, cools down, and starts to glow red.
  2. In heavy - stars, the core contracts, pulling the outer layer inward. Hydrogen fusion begins in the outer shell. The outer shell expands, and the light generated increases.
  3. Stars that have roughly more than three times the mass of our Sun become black holes.

Brief Explanations:

First, hydrogen in the core depletes causing the star to expand and turn red. Then, in heavy - stars, core contraction leads to outer - shell hydrogen fusion and further expansion. Finally, very massive stars end as black holes.