Unveiling the Mystery: Black Holes and Their Enigmatic Nature

The video explores the enigmatic nature of black holes, which are regions in space with immense gravitational pull, preventing even light from escaping. Scientists observe them indirectly through particles and radiation. Black holes form when stars collapse, creating a dense mass that attracts nearby objects. They have two main layers: the event horizon and the singularity. Black holes vary in size, from primordial to supermassive, with the latter found at the center of galaxies. The video also discusses the hypothetical impact of a black hole in our solar system.

Why can't black holes be directly observed?

• They are too small.

• They emit too much light.

• Their gravitational pull is too strong.

• They are too far away.

What happens when a star collapses to form a black hole?

• It explodes and disappears.

• Its mass becomes densely packed, creating a strong gravitational pull.

• It loses all its mass.

• It turns into a planet.

What is the event horizon of a black hole?

• The outer layer where light cannot escape.

• The center of the black hole.

• The area where stars are formed.

• The point where all mass is concentrated.

Which type of black hole is considered the smallest?

• Stellar black hole

• Supermassive black hole

• Primordial black hole

• Galactic black hole

What is the name of the supermassive black hole at the center of the Milky Way?

• Andromeda A

• Sagittarius A

• Cassiopeia C

• Orion B