The video explores the lifecycle of stars, from their formation in molecular clouds to their eventual end states as white dwarfs, neutron stars, or black holes. It explains the differences between low and high mass stars, including the phenomena of supernovae and the formation of black holes. The video also discusses the concept of solar masses and the role of gravity in star formation.

What is the primary reason our sun is classified as a yellow dwarf?

• It is the largest star in the universe.

• It is smaller than most stars.

• It is the hottest star.

• It is the oldest star.

Where do stars originate from?

• Galaxies

• Black holes

• Molecular clouds

• Supernova remnants

What determines the future of a star?

• Its temperature

• Its color

• Its initial mass

• Its distance from Earth

What is a brown dwarf?

• A type of galaxy

• A failed star

• A neutron star

• A black hole

How long does an eight solar mass star typically live?

• 5 billion years

• 50 million years

• 5 million years

• 500 million years

What happens to a low mass star after it becomes a red giant?

• It becomes a supernova

• It becomes a white dwarf

• It becomes a neutron star

• It becomes a black hole

What is left at the center of a supernova explosion?

• A brown dwarf

• A neutron star

• A white dwarf

• A black hole

What is the term for the point at the center of a black hole?

• Singularity

• Event horizon

• Supernova remnant

• Neutron star

What is the event horizon of a black hole?

• The outer layer of a red giant

• The center of a neutron star

• The point where a star is born

• The boundary beyond which nothing can escape

How does a black hole eventually die?

• By exploding

• By evaporating

• By collapsing into a neutron star

• By turning into a white dwarf