Sunspot 1339 may change YU55 trajectory if it releases a X flare, page
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Topic started on 3-11-2011 @ 02:47 PM by storm2012


reply posted on 3-11-2011 @ 03:34 PM by ProudBird
reply to post by storm2012



As mentioned just above ^ ^ ^ .....the mass and momentum of asteroid 2005 YU55 are too great to be affected by a bunch of energetic particles spewing out of the Sun's corona.

Kinetic energy contained within that asteroid, due to its velocity, means it would take an enormous force to significantly alter its orbital trajectory.



reply posted on 3-11-2011 @ 03:45 PM by ClydeFrog42
reply to post by DeusVult



Oh, come on, wheres the doom and gloom?

cant you just tell us that we will be unequivocally destroyed by a convenient mixture of rock and sun?

You might get more stars...




reply posted on 3-11-2011 @ 03:57 PM by TheMindWar
reply to post by ProudBird



One would think that with a solar flare it would depend on the length of time the flare exists. The lomger the flare lasts the more pressure applied over a period of time. A mini gravitational wave may also accompany the flare.


reply posted on 3-11-2011 @ 04:37 PM by ProudBird
reply to post by TheMindWar



Let's try it with a more down-to-Earth analogy and mind exercise.

Picture a load of sand....give it any amount of mass that you choose. How about a round ton (tonne)...or, about 2,000 pounds avoirdupois system of weights units.

The individual grains of sand will be representing the individual particles emitted by the Sun, in an X-flare burst.

A stone of mass....oh, let's say one hundred pounds is in free-fall (to mirror the asteroid on orbit). 2,000 pounds directly affecting the one hundred pound mass will have a moment of inertia, and could alter the path of the smaller mass, if it is concentrated.....but, that same quantity acting as individual particles (the "grains of sand") will not have the same localized moment of force upon the smaller mass, the *rock* (or asteroid). The aggregate force is diminished, and diffuse.


With the idea of any re-distribution of Solar mass, in its entirety......due to the coronal ejection?

Logically, would seem that any mass that leaves the orb of the Sun......the total amount of ejecta, although by any Earth-bound measurement (on a Human scale) might seem to be a huge value, will still be a tiny, tiny percentage of the Sun't over-all mass, and that which remains. Therefore, the gravitational influence of the Sun, over-all, is essentially unchanged......any minor difference is so small as to be statistically insignificant.


edit on Thu 3 November 2011 by ProudBird because: (no reason given)



reply posted on 3-11-2011 @ 04:39 PM by Egyptia
reply to post by storm2012



This is comforting. I'm flying back to the West Coast on the 8th right at the time YU55 is crossing the vicinity of the pacific area and now this. hmmmm Should I be worried?
edit on 3-11-2011 by Egyptia because: (no reason given)



reply posted on 3-11-2011 @ 05:17 PM by MESSAGEFROMTHESTARS
en.wikipedia.org...

Coronal mass ejections reach velocities between 20km/s to 3200km/s with an average speed of 489km/s, based on SOHO/LASCO measurements between 1996 and 2003.

The average mass is 1.6×1012kg.

1.6 × 1012 kilograms = 1 619.2 kilograms

1 619.2 kilogram = 3 569.724 949 3 pounds

SI unit kg·m/s
p = Momentum

1,619 x 489 = 791,691 = p

i dont even know why i'm bothering with this lol

What I've presented so far, implies that the entirety of the CME were to hit YU55, considering YU55 is supposed to be like 55 tons....... don't be scurred. Plus it's based on averages, and there's nothing that can be done about it... So yeah, Live life, Love life.

To me, it's just a bunch of theoretical mumbo jumbo, that really wont equate into any real truths, so yeah.. P&P


I'm truly starting to realize why those who practices astro-physics scoff at conspiracies like this...

but hey, why not

btw, put the speed at 3200km/s, it still doesn't matter... don't get your long johns all in a bunch.


reply posted on 4-11-2011 @ 06:42 AM by storm2012
so sunspot 1339 did produce an x class flare, but its not headed towards Earth, we still have few days before sunspot turns direct towards us.

FROM SPACEWEATHER.COM

CHANCE OF FLARES: NOAA forecasters have upgraded the chance of X-class solar flares today to 20%. The source would be AR1339, one of the biggest sunspots in many years. The active region rotated over the sun's eastern limb two days ago and now it is turning toward Earth. Solar flare alerts: text, voice.

The sunspot has already unleashed one X-flare on Nov. 3rd around 2027 UT. A movie from NASA's Solar Dynamics Observatory shows the extreme ultraviolet flash:

The flare created waves of ionization in Earth's upper atmosphere, altering the normal propagation of radio waves over Europe and the Americas. In Ireland, the flare's effect was felt even after dark.

A cloud of plasma or "CME" raced away from the blast site at 1100 km/s. The CME is not heading for Earth. It is, however, heading for Mercury and Venus. Click on the arrow to view a movie of the CME's forecast track:

Analysts at the Goddard Space Weather Lab say the CME will hit Mercury on Nov. 4th around 16:14 UT. NASA's MESSENGER probe in orbit around Mercury will be monitoring the effects of the impact. If the CME overwhelms Mercury's relatively weak magnetic field, it could scour material off the planet's surface creating a temporary atmosphere and adding material to Mercury's comet-like tail. The CME should hit Venus on Nov. 5th; the gossamer cloud will probably break harmlessly against the top of planet's ultra-dense atmosphere.


reply posted on 4-11-2011 @ 02:48 PM by mobiusmale
Originally posted by Egyptia
reply to
post by storm2012



This is comforting. I'm flying back to the West Coast on the 8th right at the time YU55 is crossing the vicinity of the pacific area and now this. hmmmm Should I be worried?


No, you should not.

1) That there might be a CME that happens to be directed at Earth, and would happen to arrive here at exactly the moment that this asteroid passes us by...is extremely unlikely, winning the lottery odds unlikely.
2) Even if it happened thusly...it would not have any material effect on the trajectory of a 400m-sized asteroid - and could never, ever, ever cause it to suddenly veer off into the Earth's path.

Enjoy your flight.


reply posted on 7-11-2011 @ 07:18 AM by storm2012
reply to post by Gab1159



well not everything in the universe loves us, we got hit by asteroids in the past so its not like the universe cares, there is negative energy so is positive energy out there in the universe. Depends which one we face.


reply posted on 9-11-2011 @ 01:12 PM by Antoniastar
reply to post by storm2012



S&freakinF!

Stupendous thread storm!!! Why oh why didn't I think of what you are putting out there? I'm a watcher now! lol

Uh you might have already saw this vid. It makes my brain itch thinking about the all the math but I don't have to get too deep into all that cuz I got a visual to help teach me what Sol is capable of.

Solar flare disrupts Comet Neat's path...



Okay I did do a teeny bit of math hahaha

Wonder if there's a connection between these two dots, NASA's red x (or GCN 11133) and AR1339?

Check this out!

Put 1339 or 133333 and 11133 together and what do ya get?

Answer: 25 or 2 - 5's or YU55???? Hmmmmm...

Anyways, I hope we don't get a tongue lashing by the "Benevolent Monster".

Ta Ta,

Toni
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