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0 pointssliken6y ago0 comments

Some, but the sun isn't very dense. So sure if you were ever so slightly above escape velocity the consumed matter could slow you down.

A black hole the mass of the earth is 9mm. The weight of a cubic cm of sun is around 1.41 grams. The black hole isn't really going to notice.

The pass through the sun is around 1.39102e+11 cm * 1.41 grams per cm^3 = 139 million KG. So the earth weighs around 4.2* 10^16 more than what a black hole sized hole in the sun weighs.

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0-_-06y ago

I thought its gravitational pull and the pressure around the black hole should cause it to absorb much more mass that that estimate.

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0 pointssliken6y ago0 comments

Some, but the sun isn't very dense. So sure if you were ever so slightly above escape velocity the consumed matter could slow you down.

A black hole the mass of the earth is 9mm. The weight of a cubic cm of sun is around 1.41 grams. The black hole isn't really going to notice.

The pass through the sun is around 1.39102e+11 cm * 1.41 grams per cm^3 = 139 million KG. So the earth weighs around 4.2* 10^16 more than what a black hole sized hole in the sun weighs.

0 comments

0-_-06y ago

I thought its gravitational pull and the pressure around the black hole should cause it to absorb much more mass that that estimate.

j / k navigate · click thread line to collapse