4 states of Matter -> Solid, liquid gas & Plasma.

All matter exist in any of the four states Solid, liquid gas & Plasma
depending of pressure & temperature of that Matter.

Lets take example of Water.

Solid State: Ice below 0`c at NTP (Normal Temperature & Pressure)
Liquid: water between 0`c and 100`c at NTP.(Normal Temperature &
Pressure)
Gas: Steam after Boiling to 100`c.

At what temperature Water will be in Plasma State?

What are the characteristics of Plasma State?

Whats the difference in properties between Gaseous & Plasma state?

We see many objects in Gas/ Solid/ Liquid state at room temperature Is
there any Matter that is in Plasma State at Room Temperature?

What type of Molecular Bonding is present in Plasma State?

Do Boyels law and Charles Law is followed when a Object is in Plasma
State?

Does thermodynamics laws of gases valid for Plasma State?

If a Balloon is filled with Gas and another Ballon is filled with
Plama State What will be the difference? Will the Matter in Plasma
State exert more pressure than that in Gaseous form?

Bye
Sanny

Be Intelligent: [Only registered users see links. ]

On Nov 8, 2:01*pm, Uncle Al <[Only registered users see links. ].net> wrote:
Pea brain.

Brown dwarfs, comets, gas giants, binary pairs, super clusters, ring
systems, black holes, solar systems, humans.

Chemistry with it's phase/state transitions, rules the universe.

Dear Sanny:

"Sanny" <[Only registered users see links. ]> wrote in message
news:[Only registered users see links. ]...

Water is not a simple and example of matter, it is a combined
state to two elements.


Below 0 degC, it is not "NTP". So you should simply say "1 bar
absolute", or "1 atmosphere absolute".


Still not NTP. Still should only specity pressure.


Water dissociates to hydrogen and oxygen separately, since a
plasma state prevents / eliminates / erases chemical bonds.

David A. Smith

On Nov 8, 12:49*pm, Sanny <[Only registered users see links. ]> wrote:

Wrong. See Uncle Al's post. The mark of an intelligent being is the
ability to adapt its behavior to new information.


[Only registered users see links. ]


[Only registered users see links. ])
[Only registered users see links. ]


[Only registered users see links. ]


[Only registered users see links. ]


None. The atoms are ionized by definition:
[Only registered users see links. ]


Boyle's Law and Charles' Law are at best very crude approximations for
even a monatomic gas. To the extent that they can be useful at all
they may be applied to a plasma with the caveat that the composition
of the plasma is very different, and may vary with the temperature and
pressure. IN general I would not recommend using them.


Thermodynamics is always valid. The question is do you know enought
about the details of the system to build a thermodynamic model?


The balloon filled with plasma will be rapidly destroyed by the
electrical activity of the plasma. Try to imagine a balloon full of
ball lightning.


That will depend on the pressure. There are low pressure plasmas:
http://en.wikipedia.org/wiki/Image:Plasma-lamp_2.jpg
and there are high pressure plasmas:
http://en.wikipedia.org/wiki/Image:T...rnova-xray.jpg

Tom Davidson
Richmond, VA

In article <6ClRk.536$[Only registered users see links. ]>,
"N:dlzc D:aol T:com \(dlzc\)" <[Only registered users see links. ]> wrote:


Most examples of matter are chemical compounds and amalgams of more than
one element. Pick up any rock and it is likely to contain silicon,
oxygen, iron, nickel, manganese, and a whole lot of other elements in
various proportions.

Most liquids are chemical compounds, emulsions, suspensions, and so
forth: water, alcohol, oil, gasoline, lava...



At standard pressure. At higher pressures, the boiling point is higher.


At what temperature does this occur?

--
Timberwoof <me at timberwoof dot com> [Only registered users see links. ]
People who can't spell get kicked out of Hogwarts.

On Nov 8, 5:30*pm, tadchem <[Only registered users see links. ]> wrote:
Dropping dead is one of the pathways by which this is accomplished.

Dear Timberwoof:

"Timberwoof" <[Only registered users see links. ]> wrote in
message
news:[Only registered users see links. ].sonic.net...

If plasma is a "state of matter", then is water... matter? How
can you tell the difference between "water plasma" and "hydrogen
and oxygen plasma" when those stated out as two separate gases?


Which does not get close to this question...


He specified temperature and pressure, then "unspecified" it. He
covered this base.

Oxygen becomes metallic at 20 GPa or so, but this is also not his
interest.


The CMBR hydrogen plasma quenched (absorbed its electrons) at
about 3000 K, so I'd say a little hotter than this since oxygen
takes a tigher hold.

[Only registered users see links. ]
.... should be in there somewhere.

David A. Smith

> Amorphous metals and glasses, liquid crystals, Bose condensates, Fermi

Good, So there are so many States of Matter.

Can all matter be converted into above states.? I think NO

What is the usage of these states of Matter?

Amorphous metals and glasses: For making Lenses
liquid crystals: ???
Bose condensates: ???
Fermi liquids ???
antiferromagnets: For making Magnets
ferromagnets: For Generators
ferrimagnets: ???
spin glasses: ???
spin-density waves: ???
charge-density waves: ???
spin-Peierls: ???
Mott-Hubbard: ???
insulators: For electric Insulations
strange matter: ???
quark condensates: ???
neutronium: ???
ever-popular color-flavor-locked phase of color-superconducting
quark: ???

What is the use of Matter that I denoted by "???" Can you give
examples and properties of these stages of Matter?

Byr
Sanny

Be Intelligent: [Only registered users see links. ]

Sanny wrote:

You really should be spending your time doing school work instead
of displaying your little ignorant post. Remember to zip.

/BAH

On Nov 9, 5:52*pm, jmfbahciv <jmfbahciv@aol> wrote:

I have passed my college a long ago. and Physics is one of my fav
subject.

Bye
Sanny

Be Intelligent: [Only registered users see links. ]