I Exploring the Gravitational Pull of Black Holes: A Perspective on Safe Distances

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The discussion explores the gravitational effects of black holes at safe distances, specifically considering a distance of 2.5 trillion miles or 0.43 light years. It emphasizes that the gravitational pull of black holes is similar to that of other massive objects, meaning one would not feel its effects unless in close proximity to experience tidal forces. The initial calculations were based on comparing the size of a black hole to the sun and its distance from Earth. Participants acknowledge the curiosity behind these calculations while reinforcing the concept of gravitational influence. Understanding these dynamics helps clarify the nature of black holes and their interactions with surrounding objects.
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I was wondering recently what a black hole's tug/pull/ sucking effect would feel like if you could stand on a planet at a totally 'safe' distance, for example, or fly by perpendicularly.

I came up with 2.5 trillion miles or .43 light years, give or take.

I compared the diameter of the sun with the distance from the sun to the earth, and then expanded that proportion to the diameter of a black hole.

I know this is not a fool-proof method, but it was the way to satisfy my initial curiosity and give myself a ballpark notion of the distance.

Wondering what you all think, pardon my naivete,

Nick
 
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Not any different from the gravitational pull of any other massive object. In other words, you will not feel it unless you are close enough to feel the tidal effects.
 
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Orodruin said:
Not any different from the gravitational pull of any other massive object. In other words, you will not feel it unless you are close enough to feel the tidal effects.
I see, thank you.
 
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