SpudFiles

the answer is close to 19 and 13, look back at them, youll see what I mean (source code .ogg)
^^^^^^^^^^^^^^ hint is here if you really need it...

Acdcmonkey1991 wrote:EDIT: 25 was super easy, but 26 is a mother f-er, i know the table of elements, but still what does it mean by where, is the answer a number or a word, hints anyone????

I wish I knew. I've tried just about very different way of describing the location as I can, but it's not working.

Ragnarok wrote:

Acdcmonkey1991 wrote:EDIT: 25 was super easy, but 26 is a mother f-er, i know the table of elements, but still what does it mean by where, is the answer a number or a word, hints anyone????

I wish I knew. I've tried just about very different way of describing the location as I can, but it's not working.

lol.. do you know what Eu is

Did you try 18?

RDX, wrote:lol.. do you know what Eu is

Ok... I wasn't expecting that.

Anyway, as a consequence of that, I found out that Helium has a negative Joule-Thompson co-efficent.
That means that unlike other gases, when it expands, it heats up - unusual, and useful for launchers, I would think.

Ragnarok wrote:

RDX, wrote:lol.. do you know what Eu is

Ok... I wasn't expecting that.

Anyway, as a consequence of that, I found out that Helium has a negative Joule-Thompson co-efficent.
That means that unlike other gases, when it expands, it heats up - unusual, and useful for launchers, I would think.

so what does all this mean, lol

Hmm, now I'm wondering whether the Pamela mentioned on 27 is a real person, or whether the whole thing is just a riddle.

I'll tell you if you elp me with 26

Acdcmonkey1991 wrote:I'll tell you if you elp me with 26

Sure... the answer is "He is in" then the chemical symbol of the last element on the list, for some reason I'm not entirely sure of.

when you go to properties of the last image on 31 it just says password is in there

its frustrating

Ragnarok wrote:
Anyway, as a consequence of that, I found out that Helium has a negative Joule-Thompson co-efficent.
That means that unlike other gases, when it expands, it heats up - unusual, and useful for launchers, I would think.

Wouldn't that break the law of thermodynamics?!
Where does it get the energy of heating up from?

If its true what you are stating then I am wondering how this weird phenomenon works.

Ragnarok wrote:Hmm, 23 has me... *solves it*
No wait, that was easy.

As a (slightly confusing) hint for those that are stuck (select): It's not the message linked to the image, but something else to do with it - but certainly not what it's showing.

Now at 26... Hmm, I think I know what it means, it doesn't like my answer. Oh well.

That hint was a bit more than slightly confusing... you used the pronoun "it"... what are you refering to? the pic or the text?

EDIT: any other hints or tips for #23?
The answer has something to do with the picture, but the answer isn't what is in the picture?

psycix wrote:Wouldn't that break the law of thermodynamics?!

It only really occurs under adiabatic free expansion with constant enthalpy. Not quite what we're doing... but nonetheless it might have a small bearing on launcher effectiveness.

But as for an explanation - in a gas, particles are constantly hitting each other. During this short time, the kinetic energy (essentially heat) of the particles is stored in the energy of the collision.
With some gases with low Van der Walls forces (low intermolecular forces, like Helium has), when you increase the space between the particles, the particles spend less time colliding, and thus some of the energy that would have previously have been stored as energy in collisions is retained as kinetic energy.

Energy is still conserved, it's just energy from a source that you wouldn't otherwise notice.

In most gases, the expansion of the gas increases the potential energy, and for energy to be conserved, the kinetic energy of the particles is reduced, and thus the temperature.

@willard: The mouse-over text is a subtitle for the picture, rather than it's actual title. Does that help?

Damn you Rag and your overly confusing hints for 23

grrr 27...... making me mad any hints?????
...hint for 23... look at the picture from this point of view, what would some coffee shop dwelling "hippie" barrett wearer call that picture, if it were considered to be in the "contemporary" category