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All Comments (37)
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doesnt ideal gas equations only apply for gasses and not vapour (water)
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@elidrissii Yeah, I noticed this. I don't think he realised (or I'm also missing something...) I wanted to pretend it was fluorine but that's a diatomic gas. My brother mentioned 0 celsius as the triple point of water but at STP I don't think it can possibly be a gas? It's been fun to think about at any rate! My personal opinion is that this dude has learnt so much of the sciences that it's overriding his basic knowledge :D he's awesome.
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Gracias.
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What the hell? No, it can't be water. Water is a gaz when it's over 100 degrees celicius, the temperature there is 0 degrees, which means that water is in a state between ice and water and which means it can't be a gaz and therefore, the equation can't be applied on it. Am I the only one noticing this or am I wrong somewhere?
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Hi Sal. just to add to this video/lesson, if you are not good at memorizing, then no need for that. I think you can derive the formula to be used from PV = nRT by substituting n with m/n. since we do not know n, then we just need to solve for n. Thus, giving us the formula PVn = mRT and then the final formula will be n = mRT/PV.
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I'm having trouble with the following: What final temperature (C) is required for the pressure inside an automobile tire to increase from 2.15 atm at 0 to 2.37 atm, assuming the volume remains constant. Using the relationship between two PV=nRT equations is very confusing for me. Can you work some examples?
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@JackT3hRipperz "why could it not be flourine???" I was thinkin flouridated water myself! :)
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i dont get why my teachers cant do this...:(
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OMGGG THE QUICKER VERSION OF IT HELPED SO MUCH
OOOh, he got a better program and a better input device. Just look at the detail on those arrows.
oldarney 2 years ago 15
good god this man is a genius
this guy's spittin pure gold!
DoctorJangman 2 years ago 13