More light molecules exist in the Jupiter?

[ACG52]

This is gravity formula on the Earth.

http://en.wikipedia....Gravity_Formula

This is a Jupiter's curious image.

http://photojournal....atalog/pia01196

 

 

That's nice.

 

Except it doesn't address the points I made and you quoted.

[alpha2cen]

Please quote the parts of your links that are relevant to this discussion, I can't find anything there that supports your assertions....

 

Why we believe Black Hole existence?

We believe light is dragged into it.

If there are smaller something between hydrogen to light, i.e., molecules or stable particles, they will be attracted into the high gravity place?

How about observing around a Black Hole? Are there any sucked particles we have not noticed yet?

This speculation is out of current our understanding, but we do not know all things exactly.

Except Jupiter, there may be no place such particles existence in the solar system.

Edited October 27, 2012 by alpha2cen

[weiming1998]

Why we believe Black Hole existence?

We believe light is dragged into it.

If there are smaller something between hydrogen to light, i.e., molecules or stable particles, they will be attracted into the high gravity place?

How about observing around a Black Hole? Are there any sucked particles we have not noticed yet?

This speculation is out of current our understanding, but we do not know all things exactly.

Except Jupiter, there may be no place such particles existence in the solar system.

 

Your point makes no sense. Why do you think there is a lighter particle than hydrogen when it is the lightest molecule/atom? And why could it only exist on Jupiter? You forgot to note that in high-gravity conditions, ALL molecules equally gain more attraction to the "ground", so if a molecule on Jupiter is lighter than hydrogen, then it would still be lighter than hydrogen on Earth.

[alpha2cen]

Your point makes no sense. Why do you think there is a lighter particle than hydrogen when it is the lightest molecule/atom? And why could it only exist on Jupiter? You forgot to note that in high-gravity conditions, ALL molecules equally gain more attraction to the "ground", so if a molecule on Jupiter is lighter than hydrogen, then it would still be lighter than hydrogen on Earth.

 

That is why, moving speed of light molecules are fast.

http://en.wikipedia....n-en.svg&page=1

Edited October 27, 2012 by alpha2cen