So dy, which is this. dy times dx, dx times dz.

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Volume

Right?

I just take that same box with the same number of molecules in it, but I squeeze.

Let me try my best to draw this neatly.

Well, they also tell us that the volume is 405.

So let's think about it.

If you squeeze them, the pressure will increase as the particles are pushed together.

So if I had a little cube here in the volume under consideration, that's a little cube you consider that dv.

So how do we figure out the volume under a surface like this?

Well, which ever of the two arrays it lands in A or B it has to be the smallest one there okay.

Well, pressure is force divided by area.

In units, what are the dimensions of the box?

If say, universe was populated by particles such as galaxies or alignment of a clouds, and we can count, then their number per unit volume is something that will be also dependent on the expansion rate.

Դու ունես այսպիսի բաներ, որոնք կոչվում են էնդոպլազմային ցանց

Կարող ես նրանց դիտել որպես խողովակների խուրց

And that seems pretty reasonable for our reality.

And that little cube has side length 2.

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And 4 and 3 don't share any prime factors with each other.

We went back to the Titanic wreck.

Now squeeze your bottle, and what happens?

And that's that the ratio between the volumes let me write this down that the ratio between the volume at state B and the volume at state A so the ratio of that volume to that volume is equal to, in our Carnot cycle, is equal to the ratio between the volume at state C.

It's the dot product of the force and our super small displacement.

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