The satellite appears to have an orbit that constantly changes??
That's due to the objects interaction with the Earth's incandesosphere slice. It's a hydrocarbon evolving collection of dense particulates forming an annular ring with concentric and uniform photonic properties that is localized around the gravitational maxima of the Earth's field. It produces orthogonal waves that can interact with the orbits of some objects. Johnny Cash once wrote a song about it.
That's due to the objects interaction with the Earth's incandesosphere slice. It's a hydrocarbon evolving collection of dense particulates forming an annular ring with concentric and uniform photonic properties that is localized around the gravitational maxima of the Earth's field. It produces orthogonal waves that can interact with the orbits of some objects. Johnny Cash once wrote a song about it.
Anyway wouldn't it be logical if the thing crashed close to the equator? Firstly it should have the strongest gravitational pull there due to the equatorial bulge, but probably more importantly, if the orbit height is in reference to the centre of the earth, the atmosphere is up to some km higher than at higher lattitudes.
Edit, obviously this would only be true in case of a circular orbit, not with an elliptic orbit.
So, is it safe to say, when the little satellite is no longer tracking we will know it by the real time updates of the orbit track ? Let's hope the blip doesn't go blank over Evo's home state.
That's due to the objects interaction with the Earth's incandesosphere slice. It's a hydrocarbon evolving collection of dense particulates forming an annular ring with concentric and uniform photonic properties that is localized around the gravitational maxima of the Earth's field. It produces orthogonal waves that can interact with the orbits of some objects. Johnny Cash once wrote a song about it.
That is funny But it does have a constantly changing orbit.
Keep in mind that the duration is so short because I limited the elevation in order to only list the passes that have a reasonable chance of hitting you; not just any pass that might be barely visible on the horizon. Still, the longer the duration, the closer the satellite comes. The one tomorrow morning comes almost right overhead. If I were you, I'd get up early so I could duck.
If you're lucky, the UARS will hit you on the 23rd. The location of the satellite will be just right for the Sun to reflect off of it and you'll be able to see it coming. It could be a sight you'll remember for the rest of your life.
Well, unless instead of killing you, it just causes amnesia from a severe blow to the head, in which case, you wouldn't remember the sight at all.
Of course, also keep in mind the orbit is constantly changing and that this projection is based on an SGP4 propagation, which is too generic to be very accurate. As Edward mentioned, the orbit is constantly changing because the satellite is reaching the denser parts of the atmosphere (made even densor by the fact that we're in solar max). Not only is the orbit getting smaller and smaller, but the rate at which the orbit is getting smaller is increasing.
The higher precision propagation didn't go very well. It wouldn't propagate past today. But that just means the orbit is changing too fast to predict the orbit. It's definitely coming down soon, though.
Edit: I can't believe it! It passes over Evo several times over the next few days, while it just barely gets over the horizon in Colorado Springs! I don't get a single decent pass! How unlucky can a person get?
Edit: I can't believe it! It passes over Evo several times over the next few days, while it just barely gets over the horizon in Colorado Springs! I don't get a single decent pass! How unlucky can a person get?
YAY EVO!
I could be there tomorrow Bob, you're not that far from me, if I drive fast! Then we can watch it together!
You should. You'd like my house. The stairs are carpeted so it doesn't hurt as bad when you trip on them.
Oh that's ok, when I fall downstairs, I bounce into the air, flip over facing the ceiling, and remain airborne, headfirst, until my skull stops my fall by smashing into the hard floor at the bottom.
I don't know about that! Being eaten by a mountain lion in the rugged terrain of Mount Sunflower would be pretty cool.
I had a mountain lion eat my little brothers couch once. He still doesn't believe me.
But anyways, the latest news:
Now, in what NASA calls an “uncontrolled” re-entry — there is no more fuel to guide it — it will plop down somewhere on Friday afternoon, give or take a few hours.
In the meantime, #UARS has turned into a popular hashtag on Twitter. “I’m selling anti-satellite-debris umbrellas for $145 each,” one user wrote.
hmmm... I think it's a bit late to take up a collection for the Evo umbrella. Or does FedEx have same day service?
Oh,well. I paid my share of her generous salary for many years and never got to sneak off to Bora Bora or any PF getaways for the secret brother/sisterhood. Yep! a new sub-forum with a secret handshake. It's a revolution.
Anyway, look over here (MIB flash!) Nothing to see here.
Good news for Evo. Her chances of getting hit are decreasing.
On the other hand, my chances of getting hit are increasing. But the satellite would have to stay up until Sunday to pass really close to me, and that appears unlikely.
The picture shows the closest it will get to Evo (the red lines show how close it did get to Evo in the past). Time is Universal Standard Time, or about 7:20 PM 23 Sep Central Time.
Edit: Wow! I just noticed something. If it stays up until tomorrow night, my ex could get hit and I would have to stop making alimony payments.
Good news for Evo. Her chances of getting hit are decreasing.
On the other hand, my chances of getting hit are increasing. But the satellite would have to stay up until Sunday to pass really close to me, and that appears unlikely.
The picture shows the closest it will get to Evo (the red lines show how close it did get to Evo in the past). Time is Universal Standard Time, or about 7:20 PM 23 Sep Central Time.
But it does have a constantly changing orbit.
