Curious layman

It was a thread I'll look for it, I know a black hole is inescapable but why isn't it easy to get something to the surface of the sun using the same principles as a black hole, why doesn't the sun just pull you straight in, albeit a lot slower, like a black hole does. Thanx for link. Will read.

Ok bad word, not land but use the sun as a nuclear waste dump, overcoming the gravity ( I think) would make it so difficult it would be pointless, but then why doesn't the same principle apply to a black hole, I don't actually want to throw waste into a black hole that was just an example. I thought that this meant that a rotating black hole would be like trying to dump nuclear waste into the sun but a non rotating black hole would just suck you straight in.

Sorry poor explanation, I was reading a thread which explained why it would be difficult and pointless to dump nuclear waste into the sun, basically the sun would just cause you too orbit around super fast the only way to counter this would require so much energy it would be pointless. I was wondering would a black hole have the same effect, so if you flew near one it would more likely cause you to orbit around. I know it sounds dumb but why is it hard to "land" on the sun but not a black hole, is it because it's so massive. Thanx for reply btw.

Hi I was reading about how putting nuclear waste into the sun would be pointless, due to orbital mechanics, and needing more energy than it take to leave the solar system, but what about black holes? does that mean it would actually be a lot more difficult to get into a black hole than people realise, my head says no but surely the same principle applys?, does it apply to spinning black holes only. Confused, please help.