How can the aftermath of a supernova contribute to the creation of new stars?
Answer
The expanding remnants of the explosion compress nearby molecular clouds.
The powerful, expanding remnants from a supernova explosion can compress surrounding molecular clouds, which provides the necessary density to trigger the gravitational clumping process that forms a new generation of stars.
Related Questions
What is the primary, persistent misunderstanding regarding gravity in space?What is the fundamental definition of gravity described in the text?Why do astronauts appear weightless while outside the ISS?What happens when an object achieves orbit, according to the text's analogy?What phenomenon is actually observed when someone sees a 'falling star'?Why is the idea of a true star 'falling' onto Earth physically absurd?What causes the apparent rising and setting of stars observed from Earth's surface?How does gravity facilitate the initial formation of a star?In the context of stellar evolution, what represents the ultimate 'fall' dictated by mass and gravity?What dictates the complex orbital paths of stars within a galaxy like the Milky Way?How can the aftermath of a supernova contribute to the creation of new stars?