How the gas Giants planets gathered their gas at formation

BURT wrote:
I believe they started as a huge rock metal core greater than the
mass
of the earth that was capable of gathering their huge gas atmospheres
through great gravity. Gas by itself does not possess enough gravity.

Next time you make a fire, set a stone in it for an hour, or so.

When the flames die-down, place a leaf on the stone.

Imagine the stone being as large as The Moon, its gravity hugging all the
byproducts of that thermal transfer...
--
ah

On Sep 28, 7:37*am, ah wrote:
BURT wrote:
I believe they started as a huge rock metal core greater than the
mass
of the earth that was capable of gathering their huge gas atmospheres
through great gravity. Gas by itself does not possess enough gravity.

Next time you make a fire, set a stone in it for an hour, or so.

When the flames die-down, place a leaf on the stone.

Imagine the stone being as large as The Moon, its gravity hugging all the
byproducts of that thermal transfer...
--
ah


Huh?

Double-A

Double-A wrote:
On Sep 28, 7:37 am, ah wrote:
BURT wrote:
I believe they started as a huge rock metal core greater than the
mass
of the earth that was capable of gathering their huge gas atmospheres
through great gravity. Gas by itself does not possess enough gravity.

Next time you make a fire, set a stone in it for an hour, or so.

When the flames die-down, place a leaf on the stone.

Imagine the stone being as large as The Moon, its gravity hugging all the
byproducts of that thermal transfer...
--
ah


Huh?

Double-A


Exactly.
--
ah

On Oct 2, 6:30*pm, ah wrote:
Double-A wrote:
On Sep 28, 7:37 am, ah wrote:
BURT wrote:
I believe they started as a huge rock metal core greater than the
mass
of the earth that was capable of gathering their huge gas atmospheres
through great gravity. Gas by itself does not possess enough gravity..

Next time you make a fire, set a stone in it for an hour, or so.

When the flames die-down, place a leaf on the stone.

Imagine the stone being as large as The Moon, its gravity hugging all the
byproducts of that thermal transfer...
--
ah

Huh?

Double-A

Exactly.
--
ah


What exectly?

Double-A

On Oct 3, 11:37*am, Double-A wrote:
On Oct 2, 6:30*pm, ah wrote:





Double-A wrote:
On Sep 28, 7:37 am, ah wrote:
BURT wrote:
I believe they started as a huge rock metal core greater than the
mass
of the earth that was capable of gathering their huge gas atmospheres
through great gravity. Gas by itself does not possess enough gravity.

Next time you make a fire, set a stone in it for an hour, or so.

When the flames die-down, place a leaf on the stone.

Imagine the stone being as large as The Moon, its gravity hugging all the
byproducts of that thermal transfer...
--
ah

Huh?

Double-A

Exactly.
--
ah

What exectly?

Double-A- Hide quoted text -

- Show quoted text -

How long did solar system formation take?

Millions or billions of years?

Mitch Raemsch

"BURT" wrote in message...
...

How long did solar system formation take?

Millions or billions of years?

Mitch Raemsch

Evidence like craters on planet Selene (the Moon)
suggest that the Solar System was pretty much in
its present form about 4 billion years ago. So, to
use a total age of 4.5 billion years, it would be safe
to say that it took something less than 500 million
years for the Solar System to form. Most scientists
agree that it only took a few million years.

happy days and...
starry starry nights!

--
Indelibly yours,
Paine Ellsworth

P.S.: http://yummycake.secretsgolden.com
http://garden-of-ebooks.blogspot.com
http://painellsworth.net

Double-A wrote:
On Oct 2, 6:30 pm, ah wrote:
Double-A wrote:
On Sep 28, 7:37 am, ah wrote:
BURT wrote:
I believe they started as a huge rock metal core greater than the
mass
of the earth that was capable of gathering their huge gas atmospheres
through great gravity. Gas by itself does not possess enough gravity.

Next time you make a fire, set a stone in it for an hour, or so.

When the flames die-down, place a leaf on the stone.

Imagine the stone being as large as The Moon, its gravity hugging all the
byproducts of that thermal transfer...
--
ah

Huh?

Double-A

Exactly.
--
ah


What exectly?

It's not like the earth was a bb that gradually captured some gases from
across the Universe...
--
ah

On Oct 4, 6:04*pm, ah wrote:
Double-A wrote:
On Oct 2, 6:30 pm, ah wrote:
Double-A wrote:
On Sep 28, 7:37 am, ah wrote:
BURT wrote:
I believe they started as a huge rock metal core greater than the
mass
of the earth that was capable of gathering their huge gas atmospheres
through great gravity. Gas by itself does not possess enough gravity.

Next time you make a fire, set a stone in it for an hour, or so.

When the flames die-down, place a leaf on the stone.

Imagine the stone being as large as The Moon, its gravity hugging all the
byproducts of that thermal transfer...
--
ah

Huh?

Double-A

Exactly.
--
ah

What exectly?

It's not like the earth was a bb that gradually captured some gases from
across the Universe...
--
ah- Hide quoted text -

- Show quoted text -

There had to be large metal rock gravitational seeds to start the ball
rolling and capture the gas giants atmospheres. Metal-rock seems to be
standard for both type of planet.

Mitch Raemsch

On Oct 4, 7:04*pm, ah wrote:
Double-A wrote:
On Oct 2, 6:30 pm, ah wrote:
Double-A wrote:
On Sep 28, 7:37 am, ah wrote:
BURT wrote:
I believe they started as a huge rock metal core greater than the
mass
of the earth that was capable of gathering their huge gas atmospheres
through great gravity. Gas by itself does not possess enough gravity.

Next time you make a fire, set a stone in it for an hour, or so.

When the flames die-down, place a leaf on the stone.

Imagine the stone being as large as The Moon, its gravity hugging all the
byproducts of that thermal transfer...
--
ah

Huh?

Double-A

Exactly.
--
ah

What exectly?

It's not like the earth was a bb that gradually captured some gases from
across the Universe...
--
ah


I think all elements were there in the beginning in the spiralling
cloud of dust and gas out of which the Earth and other planets
formes. The Earth had lots of gas in the biggining, but being so
close to the Sun, lost much of it over time due to the solar wind and
the Earth's relatively modest gravity. However, its magnetic field
did help it keep as much atmosphere as it has.

Double-A

On Oct 6, 11:53*am, Double-A wrote:
On Oct 4, 7:04*pm, ah wrote:





Double-A wrote:
On Oct 2, 6:30 pm, ah wrote:
Double-A wrote:
On Sep 28, 7:37 am, ah wrote:
BURT wrote:
I believe they started as a huge rock metal core greater than the
mass
of the earth that was capable of gathering their hugegasatmospheres
through great gravity.Gasby itself does not possess enough gravity.

Next time you make a fire, set a stone in it for an hour, or so.

When the flames die-down, place a leaf on the stone.

Imagine the stone being as large as The Moon, its gravity hugging all the
byproducts of that thermal transfer...
--
ah

Huh?

Double-A

Exactly.
--
ah

What exectly?

It's not like the earth was a bb that gradually captured some gases from
across the Universe...
--
ah

I think all elements were there in the beginning in the spiralling
cloud of dust andgasout of which the Earth and other planets
formes. *The Earth had lots ofgasin the biggining, but being so
close to the Sun, lost much of it over time due to the solar wind and
the Earth's relatively modest gravity. * However, its magnetic field
did help it keep as much atmosphere as it has.

Double-A- Hide quoted text -

- Show quoted text -

How did the heavy elements all gather in the solar plane?

Mitch Raemsch