water liquidity , why at room temp. ?

anyway back to water

what the molecule of H2O does is find the place where this quatum energy is released , within that molecule

a liquid is in a low state of energy , on the quatum level
 
Nope. All you've done is speculate wildly (like you have with radium).
No evidence whatsoever.
 
Nope. All you've done is speculate wildly (like you have with radium).
No evidence whatsoever.

I see

so have you looked radium in your science dictionary

because nothing that I have said about radium is made up

it is in the definition of radium
 
ahh
because my thinking is not part of the radium definition
obviously
Really? Yet you claimed:
because nothing that I have said about radium is made up
it is in the definition of radium
So what evidence do you have for making this claim?
Or are you, as I said, just waffling?
Or lying?

PS, you're also wrong on the colour.
Or is that, too, your own "thinking" as opposd to the "definition"?
 
what is the problem Dywyddyr

I have blatantly told you the difference between the definition of radium and my thoughts

look up the definition of radium for your self
 
I have blatantly told you the difference between the definition of radium and my thoughts
So you ARE lying.

Your actual claim (again) was:
because nothing that I have said about radium is made up
it is in the definition of radium
Post #48.

In other words a statement that ALL of what you'd said was "in the defintion". And now you're trying to retend that you'd somehow distinguished between reality and your uninformed (and unsupported) claims.
 
look

radium , is a brillant white metallic element

it gives off , gas , radon

now Radon is a real gas beause it has to ventilated In mining shafts of uranium and its a Heavy radioactive gaseous element formed by the decay of radium

so we have this element , radium , in decay , which gives of a heavy gas , radon

can we now move forward.....

( my post # 39 )
 
look

radium , is a brillant white metallic element
No.
Radium is an almost pure-white alkaline earth metal, but it readily oxidizes on exposure to air, becoming black in color.
Wiki.
In a totally inert environment, the otherwise very reactive radium is a silvery, faintly blue luminescent metal.
http://images-of-elements.com/radium.php

Nothing at all about it being "brilliant" white.
Does this look to be "brilliant" white?
radium.jpg

Or this?
Radium226.jpg

( my post # 39 )
And what about post #40?
so radium has a way of capturing both types of energy

By the way WTF is the point in mentioning radium anyway?
 
radium is an element and an element

element is defined as : applies to any such part and connotes irreducible
 
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