The Random Hotel

Miles24 wrote:I wouldn't know. It may happen, but I can't give you an exact answer.

Actually, bans at Sega boards are permanent... http://boards2.sega.com/sega_board/viewtopic.php?t=86589

No offense, but if someone doesn't want to get banned (from any site or forum), then they should just follow the rules. They're not hard to follow and they are there for a reason. Take this as advice from me. :Wink Wink:

not if you have a proxy and 4 E-mail addresses. like me. XD

here.
http://www.adfreeproxy.com/

Lunacara wrote:And lastly, the third life-cycle of a star is a Super Giant, which only lasts a few million years. These stars are so large, their entire life cycle is severely unstable and could go at any moment. At the end of their life cycle, these stars go Super Nova, but the process is so violent, that the explosion itself is said to be so powerful, that it collapses beyond the pulsar, which is also known as a neutron star, into a black hole....

Actually, there are stable neutron stars that exist without ever progressing to a black hole stage. If a star is overly massive, then as it enters its time of dying the pull of its own gravitational mass overcomes the outward pressure exerted by the fusion of hydrogen into helium (or whatever it's progressed to fusing). It shrinks. Eventually, though, the star reaches a point were the electrons of its atoms can't take the pressure of being squeezed together and they provide enough outward pressure to counterbalance gravity. This is the white dwarf star. Stars with a mass of (if I rememeber this correctly) more than 2.4 solar masses have a gravitational force strong enough to overcome the outward pressure of electrons and they are further compressed into neutron stars. Esentially it's the same principal as the white dwarf, except here its the neurtons of atoms that provide the outward pressure. Neutron stars are incredibly dense. If you had just a teaspoon of neutron star material on Earth, it would weigh as much as the Empire State building.
(whew, glad I remembered all that.... it's been 4 years since I read that book by Kip S. Thorne...)

...turnips.

joeoflula wrote:...turnips.

XDDDDD

got that right. XD

Shadowsgirl wrote:

Lunacara wrote:And lastly, the third life-cycle of a star is a Super Giant, which only lasts a few million years. These stars are so large, their entire life cycle is severely unstable and could go at any moment. At the end of their life cycle, these stars go Super Nova, but the process is so violent, that the explosion itself is said to be so powerful, that it collapses beyond the pulsar, which is also known as a neutron star, into a black hole....

Actually, there are stable neutron stars that exist without ever progressing to a black hole stage. If a star is overly massive, then as it enters its time of dying the pull of its own gravitational mass overcomes the outward pressure exerted by the fusion of hydrogen into helium (or whatever it's progressed to fusing). It shrinks. Eventually, though, the star reaches a point were the electrons of its atoms can't take the pressure of being squeezed together and they provide enough outward pressure to counterbalance gravity. This is the white dwarf star. Stars with a mass of (if I rememeber this correctly) more than 2.4 solar masses have a gravitational force strong enough to overcome the outward pressure of electrons and they are further compressed into neutron stars. Esentially it's the same principal as the white dwarf, except here its the neurtons of atoms that provide the outward pressure. Neutron stars are incredibly dense. If you had just a teaspoon of neutron star material on Earth, it would weigh as much as the Empire State building.
(whew, glad I remembered all that.... it's been 4 years since I read that book by Kip S. Thorne...)

Now I remember that. As well, a star's heat is the exact opposite on the colour spectrum than normal fire. That has always facinated me. I understand that a star is comprised of Hydrogen and Helium gases that are burning at extremely high temperature, but I have never seen those gasses burn at that colour. The only way I could see them burning in a blue colour is if they have another element mixed within the gas.

Actually, if you filter the light from a star through a prisim, the elements burning break up into bands of color. Hydrogen has a yellowish-orange color. If I remember right, this is called spectroscipy.

That, I remember, but a Blue Star is comprised mostly of hydrogen, yet it burns blue.

It's because of the temperature.

you people pay too much attention to teh teacher.

Shadowsgirl wrote:It's because of the temperature.

I know. But still, Hydrogen does not burn in a blue colour and neither does helium. There has to be an element that causes the gas to burn at that colour.

Hmm. *thinks* Maybe neon or one of the other nobel gases?

TOO MUCH SCIENCE! *explodes*

Shadowsgirl wrote:Hmm. *thinks* Maybe neon or one of the other nobel gases?

It may be another noble gas, but it has to be in a low quantity to burn for such a short period of time. (For a star's life at least)

How dead this place is this should be called the rotting hotel.

It's not that bad. If you want to see the dead, the graveyard is just down the street.

Miles24 wrote:It's not that bad. If you want to see the dead, the graveyard is just down the street.

This is the graveyard down the street.

sykog77 wrote:

Miles24 wrote:It's not that bad. If you want to see the dead, the graveyard is just down the street.

This is the graveyard down the street.

QFT

sykog77 wrote:

Miles24 wrote:It's not that bad. If you want to see the dead, the graveyard is just down the street.

This is the graveyard down the street.

*Picks up he graveyard and moves it down the street*
There! The graveyard is over there. This is the Random hotel.

Spooky
Anyways hey joeoflula

NeoMetalSonic wrote:
Anyways hey joeoflula

umm....why didn't you just say that on the chatbox? XD

joeoflula wrote:

NeoMetalSonic wrote:
Anyways hey joeoflula

umm....why didn't you just say that on the chatbox? XD

I couldn't do it on the Wii so I had to go to the computer