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Post by Ratae on Aug 13, 2014 21:16:29 GMT
Shameless, some people are utterly shameless and lack any of the milk of human kindness. But still, our Al is a Jocko, barbarians the lot of them, he still pokes at a sheeps entrails and howls at a full moon I expect!
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Post by banjo on Aug 13, 2014 22:03:44 GMT
If clouds are absent: Good view of Saturn's rings at the minute. (ie, not end on) You can always see at least 3 of Jupiter's moons. Easier to see than the majority of deep sky wonders. $0.02.
e&oe
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Post by Ratae on Aug 14, 2014 14:50:10 GMT
And it lives here in our local museum. Somewhere on these forums there is a piccy of it, I put it up ages ago. Can't remember where though! Here it is....'Charnia'
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Post by Craig72 on Aug 14, 2014 15:19:23 GMT
The outer edge of our solar system is 21,499,783,050 Km. away. So I assume that is the radius, therefore the Square area is phenomenal yet on this scale to get to the farthest regions of the observable universe, another 435,000,000,000,000,000,000,000 km (Now its impossible to imagine the square area of that,)or 46 billion light years away. (I googled it) www.bbc.co.uk/bbc.com/future/bespoke/20140304-how-big-is-space-interactive/index.htmlRoy mate, I think you've got your distances muddled up a bit. A light year is approx 6,000,000,000,000 miles. That's 6 Trillion miles. And the most distant star is about 13.5 Billion light years away. So 6 Trillion times 13.5 Billion will give you the miles. Craig.
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Post by Ratae on Aug 14, 2014 15:27:29 GMT
'A long way'...can we just settle on that? Ratty the pragmatic.
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Post by Craig72 on Aug 14, 2014 15:36:40 GMT
'A long way'...can we just settle on that? Ratty the pragmatic.Yes we can Rats, but not far enough for the wabbits to hide from you. LOL. Craig.
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Post by postman on Aug 14, 2014 16:54:31 GMT
infinity? could be this thread or...
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Post by toyboyroy on Aug 14, 2014 17:54:36 GMT
The outer edge of our solar system is 21,499,783,050 Km. away. So I assume that is the radius, therefore the Square area is phenomenal yet on this scale to get to the farthest regions of the observable universe, another 435,000,000,000,000,000,000,000 km (Now its impossible to imagine the square area of that,)or 46 billion light years away. (I googled it) www.bbc.co.uk/bbc.com/future/bespoke/20140304-how-big-is-space-interactive/index.htmlRoy mate, I think you've got your distances muddled up a bit. A light year is approx 6,000,000,000,000 miles. That's 6 Trillion miles. And the most distant star is about 13.5 Billion light years away. So 6 Trillion times 13.5 Billion will give you the miles. Craig. Craig me Welsh comrade, I copied and pasted from the site that has the link to it. If you need to correct somebody follow the link and CRACK ON Roy
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