what if they are not solid, just plasma.
then i suggest you look again, and just answer this one question, how does debri come to a halt, and stay there, plus you like oberg have exaggerated the debri situation, i link to nasa reports about debri to oberg, they clearly showing that expansion and contraction released debri is cleared of the shuttle within 36 hours, also there is no liquid in space, only solid [ice] or gas, you also obviously do not know how long debris can survive in the shuttles vicinity, small debri ice crystal size can only survive in orbit with the shuttle no more than 10 minutes before gravity takes its toll, this is why when tracked individually ice crystals from a pressurised dump travel in parabolic arcs, also and most significantly you are/have to ignore the fact that any loosened debri falls away down and infront of the shuttle, as it is still travelling at the same speed as the shuttle, and in the same direction.
how long do you think sublimation of a water dump takes paul once it is in direct sunlight?, i will tell you, it takes minutes at most, its the reason ice crystals rotate as they gas out..
so watch the debri again paul and tell me how it come to a fullstop and falls away behind the shuttle, theres no drag in space, as stated, if it comes of the shuttle it travels with the shuttle, and starts dropping back to earth the second it parts company from the shuttle, therefore falling into a shorter orbit than the shuttle at the same speed.
2 flies on a 14'' inch pizza, one walks around the edge, the other walks around at the same speed only 1'' deeper [13''] which fly completes a full circiut first the one walking 14 inches at the same speed as the one walking 13'', no the shorter orbit finishes first, it would nose out infront of the 14'' inch walker, shuttle debris is no different.
you cant sell those of us who have research nasa's data,that dummy.
PS i didnt ask you to regurgitate obergs shyte, i asked for YOUR opinion, i have already spent weeks having this out with oberg directly.
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