← Back to context Comment by ceejayoz 2 years ago It wasn’t at orbital speeds yet. 4 comments ceejayoz Reply ricardobeat 2 years ago Over 21000km/h when it broke up, compared to ~28k for stuff orbiting in LEO. Should still go quite far. ceejayoz 2 years ago Yes, although drag is gonna be… substantially higher like this as well. InDubioProRubio 2 years ago Does melting down not reshape metallic particles into ideal droplett parts ? 1 reply →
ricardobeat 2 years ago Over 21000km/h when it broke up, compared to ~28k for stuff orbiting in LEO. Should still go quite far. ceejayoz 2 years ago Yes, although drag is gonna be… substantially higher like this as well. InDubioProRubio 2 years ago Does melting down not reshape metallic particles into ideal droplett parts ? 1 reply →
ceejayoz 2 years ago Yes, although drag is gonna be… substantially higher like this as well. InDubioProRubio 2 years ago Does melting down not reshape metallic particles into ideal droplett parts ? 1 reply →
InDubioProRubio 2 years ago Does melting down not reshape metallic particles into ideal droplett parts ? 1 reply →
Over 21000km/h when it broke up, compared to ~28k for stuff orbiting in LEO. Should still go quite far.
Yes, although drag is gonna be… substantially higher like this as well.
Does melting down not reshape metallic particles into ideal droplett parts ?
1 reply →