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trinityalways
reply to post by tracehd1
Professor James McCanney thank you for your diligence and truth.
Some models? What models are you using?
some models seem to have it coming closer to mars, some seem to have it coming closer to mercury.
Phage
reply to post by NotAnAspie
What exactly are you worried about?
Some models? What models are you using?
some models seem to have it coming closer to mars, some seem to have it coming closer to mercury.
C/2012 S1 will have its close approach with Mercury on November 29. It will pass within 929,000 miles of it.
Its close approach with Mars was on October 1, It passed within 6.5 million miles.
ssd.jpl.nasa.gov.../2012%20S1
Phage
reply to post by NotAnAspie
The reason I asked is because there aren't really a lot of "models" and if one has values that are very different from the numbers I gave there is something wrong with it. Orbital mechanics just don't lend themselves to much interpretation. If a model showed the comet passing closer to Mars than 1 million miles there is something seriously wrong with it.
Radio Spectroscopy and Radio Observations of comet C/2012 (ISON) and comet 2P/Encke by Ellen S Howell at Arecibo Observatory Telescope appear on this week's schedule to observe OH lines for each comet in order to determine the outflow velocity, and water production rates and to also look for formaldehyde and methanol at C-band (5 GHz). Reference info from Arecibo Project summary and schedule
www.naic.edu...
Karl Battams posted about more upcoming observations on NASA CIOC blog on Friday. Upcoming Observations (Oct 4 - 11) NASA Comet ISON Observing Campaign
www.isoncampaign.org...
Phage
reply to post by NotAnAspie
What exactly are you worried about?
Some models? What models are you using?
some models seem to have it coming closer to mars, some seem to have it coming closer to mercury.
C/2012 S1 will have its close approach with Mercury on November 29. It will pass within 929,000 miles of it.
Its close approach with Mars was on October 1, It passed within 6.5 million miles.
ssd.jpl.nasa.gov.../2012%20S1
Comet C/2012 S1 ISON and asteroid 433 Eros captured on 25 September with iTelescope T4 at around 5:10 am local time in New Mexico, USA. The image is a stack of 10 x 60 second Luminance exposures. Images stacked then SUMMED using ImageJ, then contrast enhancement applied
wildespace
trinityalways
reply to post by tracehd1
Professor James McCanney thank you for your diligence and truth.
That's one of the funniest things I've read in a while. McCanney is a charlatan.
www.cosmophobia.org...
www.badastronomy.com...
Mars hasn't "gone comet".
Taken at the Kelling Heath Star Party 5am BST (4am GMT) Sunday 6th October.
4 x 3 minute exposures stacked.
Canon 350D on Takahashi Epsilon 180ED with IDAS LP2 filter.
Mark
Starwise
Phage
reply to post by NotAnAspie
What exactly are you worried about?
Some models? What models are you using?
some models seem to have it coming closer to mars, some seem to have it coming closer to mercury.
C/2012 S1 will have its close approach with Mercury on November 29. It will pass within 929,000 miles of it.
Its close approach with Mars was on October 1, It passed within 6.5 million miles.
ssd.jpl.nasa.gov.../2012%20S1
Thank you for clarifying up an aspect I thought was correct.
Phage
reply to post by NotAnAspie
The reason I asked is because there aren't really a lot of "models" and if one has values that are very different from the numbers I gave there is something wrong with it. Orbital mechanics just don't lend themselves to much interpretation. If a model showed the comet passing closer to Mars than 1 million miles there is something seriously wrong with it.