Do you ever get upset when you ignore a boy then he doesn't reply when you actually so talk to him lol

@offingg: you've obviously not seen a diagram for pressure and temperature. *chuckles*

@MartinTheFirst:

@offingg: [image deleted][image deleted]

@MartinTheFirst: there's a distinctive pattern and not random points. ALSO, temp and pressure have an inverse relationship therefore not a direct correlation, therefore no correlation fits just as right.

@offingg: a pressure and temp cycle has no constant value, it varies greatly, up down and sideways

@offingg: temperature and pressure links together indeed, however you could easily put those dots you posted into a h.log p diagram and itd make sense, so there is a pattern if you get to pick the process 😁

@MartinTheFirst: Meaning, no correlation and also an in inverse relationship just as I said 🤷🏽‍♀️

@MartinTheFirst: yup, i also said that "there's a distinctive pattern and not random points", remember?

@offingg: completely untrue, when you raise the temperature you will notice a rise in pressure. The energy added causes the atoms to loosen up and bounce quicker against the walls within its container, causing pressure against the wall eventually turning it into a bomb :)

@offingg: therefore a direct relation, not a inverted on

@MartinTheFirst: that's true if it's at a constant volume, i completely missed that you're right #GayLussac

@offingg: damn it you got me forgetting about my fries!

@MartinTheFirst: ???

@offingg: ha, check and mate~

@offingg: im making some fries :3

@MartinTheFirst: bon appetit

@offingg: thanks 😊
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