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Originally posted by Phage
reply to post by cloaked4u
Orion is in the east before dawn. To the left (north) Venus is very bright since it first started appearing as the morning star since June. It was at its brightest in July but since it is rising earlier and earlier it may seem to be brighter because the sky is darker.
Sirius would be more "below" Orion before dawn.
It was to the left and a bit down off of orion before the sun came up. very,very,very bright and big. So from what everyone says it matches sirus. Like i said, in the past 3 months it looks like it's getting bigger.
It was to the left and a bit down off of orion before the sun came up. very,very,very bright and big. So from what everyone says it matches sirus. Like i said, in the past 3 months it looks like it's getting bigger.
Maybe there is a scientific explanation. Gee maybe that's why I asked? Instead I'm getting ridiculed with childish insults and nothing intellectual said.
Can I put 10 pairs of sunglasses together to view the sun? No. You’re risking temporary or permanent damage to your eye. Only two kinds of commercially available vision filters are safe – solar filters sold at science museums and planetariums or a No. 14 welder’s glass. These filters block all but 0.003% of visible light, and also protect your eyes from harmful invisible infrared light.
Never view the Sun directly with the naked eye or with any unfiltered optical device, such as binoculars or a telescope!
If you're thinking of viewing the Sun, your first concern should always be eye safety. Serious eye damage can result from even a brief glimpse of our star. One safe way to observe sunspots or eclipses is to project an image of the Sun through a telescope or binoculars onto a white screen -- paper plates, walls and sidewalks all work nicely. If you're using a telescope, be sure that any small finder telescope is capped. If you're using binoculars, keep the cover on one of the two tubes. Never look through a telescope or binoculars to point them at the Sun -- partial or total blindness will almost surely result.
Originally posted by haven123
you know lense flare has nothing to do with the clenlines of the lense.
if you were a avid astronamer you wouldnt be asking thing like this on hereedit on 3-9-2012 by haven123 because: (no reason given)
Originally posted by thesmokingman
reply to post by Enemyc0mbatant
Hey, its not my fault niburu is not a real planet. An avid astronomer would know this is all I am saying.... and your attacks are not appreciated.
Stories about the fictional planet Nibiru and predictions of doomsday in December 2012 have blossomed on the Internet.
It clearly states FICTIONAL. You my friend are the one LOST.
astrobiology.nasa.gov...edit on 3-9-2012 by thesmokingman because: (no reason given)
Originally posted by AlphaHawk
reply to post by s0l4rn1ghtm4r3
Who do you listen to on these matters then?
Since you don't believe what NASA says, does this make the opposite of what they say true?
For example, nubiru must be real because NASA says it isn't?
edit on 4-9-2012 by AlphaHawk because: (no reason given)
When you buy a pair of cheap sunglasses, you often give up all of these benefits and can even make things worse. For example, if your sunglasses offer no UV protection, you increase your exposure to UV rays. The cheap sunglasses block some of the light, causing your iris to open to allow more light in. This lets in more of the UV light as well, increasing the damage UV light can cause to the retina.
Originally posted by Enemyc0mbatant
So today beautiful day laying in our pool and I decided to take my sun glasses, my girlfriends sunglasses and 2 other pairs to take a look at a planetary looking object next to the sun. Without all these sun glasses you wouldn't be able to see it.
So I decided to check my star walk app to see if maybe its the moon... It's not. It's also too big to be a planet such as Venus or mercury.
So the question I pose is, what the hell is it? Is it Niburu?
Also this is a dead serious question so if you have nothing good to say please move along as I am posing a serious question. I am an avid astronomer so I know a little about what I am talking about.
I also know it is not a lens flare as I cleaned all glasses to make sure.edit on 3-9-2012 by Enemyc0mbatant because: (no reason given)
Originally posted by s0l4rn1ghtm4r3
And YOU actually believe NASA.
YOU, my friend, are the one who is lost.
Originally posted by s0l4rn1ghtm4r3
reply to post by AlphaHawk
Absolutely not. I don't base my facts on what NASA says does or doesn't exist, and in some cases, they do report the truth and it is there in simple math...
Originally posted by Thebel
If you are astronomer, you should know that if there is huge object next to Sun, it would affect every planet. Mercury would go crazy, spinning on random orbits, maybe hitting the Sun or Nibiru. Venus would do the same. Effects on Earth would be pretty much same. If object has just arrived, things would go crazy, but if it has been there for a long time, things would have been stabilized. If its very near to our Sun, they would drag themselves closer and closer. Gravity would make Sun look like disc, depending on size of "Nibiru". Finally Sun would swallow whole Nibiru, causing it to expand. We would get fried.
And yes, lens flare has nothing to do with how clean lense is.edit on 3-9-2012 by Thebel because: (no reason given)