Numerous undos 

Are you sure people can still see the blue or green colours if they actually go on Urnaus and Neptune? What's up with these
. Ive ask the WP:RD, it's all  who is dowloading me those informations. I don't expect any sunlight to go to Uranus and Neptune, so the best term to say the sky is black. How you know Uranus and neptune is not that pitch-black-dark. On Mars I was learnt to not notice the orange color. I've ask the WP:RD, it's what SteveBaker said. I beleive and let's hope SB is doing a good job giving me accurate informations.69.228.145.50  
Greetings.  As I indicated in the edit summaries, some of your statements are totally incorrect; this casts doubt on the accuracy of your edits generally.  In several places you removed clear existing text and replaced it with confusing, even incoherent or unrelated statements.  Sub-standard English is a large part of the problem.  It might be best if you had someone check your grammar and spelling prior to editing articles, rather than work on Wikipedia alone.    

Please keep in mind that substantial changes should be sourced, regardless of who is giving you information.  Be careful not to add (or substitute) information that represents original research.  Also, you might want to read WP:FIVE as a basic introduction to Wikipedia policies.   

How you explain  and . You said my information I add to Uranus and Neptune is not right. The sunlight on Uranus and Neptune is like 50 to 100 feet away from candle, 400 and 900 times dimmer sunlight. O my god, that's alot . It's like total blackness a dark swirling mass is below my feet in orbit. That's like a candle light halfway down my high school campus. I hadn't found any information about uranus and Neptune's total blackness69.228.145.50  
I do not think you have read what I wrote above, or studied the policy pages I linked to.  If you intend to edit Wikipedia articles, be prepared to provide reliable sourcing, not information from the reference desk, or your own interpretations.  It is clear you are learning the fundamentals of astronomy for the first time.  I question whether you are ready to contribute constructively to a sophisticated scientific article at this time.  If you insist upon doing so, and go on in the same manner as before, your edits are almost certain to be reverted as unsourced original research or unclearly expressed.  I would advise you instead to postpone editing for now and learn as much as you can about the science, and also to concentrate on improving your command of English.   

Then how you know Jupiter's sunlight is 27 times fainter? That's what you fix by, then would that mean Jupiter is 27 times dimmer? Less sunlight, thne the planet is dimmer. Then reflect sunlight just like our rocky planets, they don't make their own light. Same thing as why nighttime on earth is always black, our ground is always black at night. You said the statement suppose to be source, then how you got those informations from?69.228.145.50  
It simply comes from the inverse square law.  The mean distance of Jupiter from the sun is  approx. 5.2 astronomical units, whose square is 27; a bit more accurate than 25 (based on 5 A.U.) Bear in mind that that is incident light.  The brightness of the planet also depends on its albedo, phase, etc.