since stars are 100 percent certified balls of gas, they are not immune from the fate that greeted our…

since stars are 100 percent certified balls of gas, they are not immune from the fate that greeted our hapless clouds. if one star in a binary system becomes a black hole, then the black hole does not get to eat until late in the companion stars life, when it swells to become a red giant. if the red giant grows large enough, then it will ultimately get flayed, as the black hole peels and eats the star, layer by layer. but for a star that just happens to wander into the neighborhood, tidal forces will initially stretch it, but eventually, differential rotation will shear the star into a friction - heated disk of highly\nwhat is the central idea of this passage from tysons essay?\nblack holes and stars are both gigantic balls of gas.\nblack holes are a dangerous and powerful force in the universe.\nblack holes eat anything that comes within their reach.\nred giants are protected from black holes by their size.\ndone

since stars are 100 percent certified balls of gas, they are not immune from the fate that greeted our hapless clouds. if one star in a binary system becomes a black hole, then the black hole does not get to eat until late in the companion stars life, when it swells to become a red giant. if the red giant grows large enough, then it will ultimately get flayed, as the black hole peels and eats the star, layer by layer. but for a star that just happens to wander into the neighborhood, tidal forces will initially stretch it, but eventually, differential rotation will shear the star into a friction - heated disk of highly\nwhat is the central idea of this passage from tysons essay?\nblack holes and stars are both gigantic balls of gas.\nblack holes are a dangerous and powerful force in the universe.\nblack holes eat anything that comes within their reach.\nred giants are protected from black holes by their size.\ndone

Answer

Brief Explanations:

The passage focuses on black holes consuming stars when they get close enough, either when a companion star in a binary system becomes a red - giant or when a star wanders into the black - hole's neighborhood.

Answer:

Black holes eat anything that comes within their reach.