OK, one last time - How much mass before star-fusion happens
2 answers - 665 bytes -

Mark Earnest <gmearnest@yahoo.com>, the spiteful drywaller, blustered:
"46erjoe" <somebody@spamless.netwrote in message
@4ax.com
>I keep reading conflicting reports when the topic is brown dwarfs and
>gas giant planets.
>>
>Have astronomers finally settled on how massive an object must be
>(assuming it is mostly H and He)
>
You think that a wispy cloud of hydrogen and helium would somehow
ignite into a star? A star takes far heavier elements than that to
begin its processes of existence.
BWAHAHAHAAHAHAHAHAHAHHA! You ****witted ****.
No.1 | | 1064 bytes |
| 
Mark Earnest <gmearnest@yahoo.com>, the custom house officer who body
searches willing sailors, evangelised:
"Kadaitcha Man" <****-you.ya.****@kiss-my-big-black-ass.comwrote in
message news:eekno0$8tg$1@
>Mark Earnest <gmearnest@yahoo.com>, the spiteful drywaller,
>blustered:
"46erjoe" <somebody@spamless.netwrote in message
@4ax.com
I keep reading conflicting reports when the topic is brown dwarfs
and gas giant planets.
Have astronomers finally settled on how massive an object must be
(assuming it is mostly H and He)
You think that a wispy cloud of hydrogen and helium would somehow
ignite into a star? A star takes far heavier elements than that to
begin its processes of existence.
>>
>BWAHAHAHAAHAHAHAHAHAHHA! You ****witted ****.
>>
>
All hydrogen and helium can do is drift.
BWAHAHAHAAHAHAHAHAHAHHA! You ****witted ****.
No.2 | | 1373 bytes |
| 
Mark Earnest <gmearnest@yahoo.com>, the lacteal bowyer, urped:
"Kadaitcha Man" <****-you.ya.****@kiss-my-big-black-ass.comwrote in
message news:eekpkv$djs$1@
>Mark Earnest <gmearnest@yahoo.com>, the custom house officer who body
>searches willing sailors, evangelised:
>>
"Kadaitcha Man" <****-you.ya.****@kiss-my-big-black-ass.comwrote
in message news:eekno0$8tg$1@
Mark Earnest <gmearnest@yahoo.com>, the spiteful drywaller,
blustered:
"46erjoe" <somebody@spamless.netwrote in message
@4ax.com
I keep reading conflicting reports when the topic is brown dwarfs
and gas giant planets.
Have astronomers finally settled on how massive an object must be
(assuming it is mostly H and He)
You think that a wispy cloud of hydrogen and helium would somehow
ignite into a star? A star takes far heavier elements than that
to begin its processes of existence.
BWAHAHAHAAHAHAHAHAHAHHA! You ****witted ****.
All hydrogen and helium can do is drift.
>>
>BWAHAHAHAAHAHAHAHAHAHHA! You ****witted ****.
>
Yeah, yeah, laughter is the best medicine.
So, ****wit where did the supposed heavier elements come from, hmmmm?