You would still have to extrapolate for the star's turning hydrogen into helium. Plus, you'd be completely missing any evidence of primordial deuterium, he3 and lithium.
SpaceTiger, yes stars of any mass could form from that material (though very massive ones are the ones most commonly discussed). The point is that for medium and low-mass brown dwarves that material will remain undisturbed thus preserving important information about the state of the...
I don't have any in my pocket or anything. :-p Stars wouldn't count in this as their material has been altered by the star's internal fusion. (Are the really old red dwarves found in some of the globular cluster not from that generation?)
Anyway, what I was thinking was that if the same...
How interested would astrophysicists be in being able to readily find concentrated sources of pristine material from just after the Big Bang in our galaxy?
There is no necessity for an increase in pressure of a gas to cause an increase in temperature if it is paired with a proportionate decrease in volume. The math pretty clearly states that. The ideal case is to examine a container containing just one molecule bouncing around in its merry way...
Now, can you figure out the answer with the corrections necessary to include the general relativity component induced by the differing heights of the buildings? <is evil>