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Chemistry 13 Online
OpenStudy (anonymous):

The graph of Pv against P for N2 gas at ordinary temperature? (a) lies above the graph of ideal (b) lies below " (c) follows the ideal

OpenStudy (anonymous):

I guess lies below... because at ideal case only efficiency is 100 percent

OpenStudy (anonymous):

@mukushla knows better

OpenStudy (anonymous):

he is really good at chemistry

OpenStudy (anonymous):

he is offline

OpenStudy (anonymous):

deviation from ideal behavior depends on temperature...

OpenStudy (anonymous):

so @ ordinary temperature

OpenStudy (anonymous):

As temperature increases, the gas more closely approaches ideal behavior so @ ordinary temperature we have high deviation from ideal behavior

OpenStudy (anonymous):

b) lies below "

OpenStudy (anonymous):

and yes i think lies below...

OpenStudy (anonymous):

thxxx

OpenStudy (anonymous):

u r all-rounder

OpenStudy (anonymous):

u knw physics too

OpenStudy (anonymous):

some physics mechanics...

OpenStudy (anonymous):

Motion in 2 - D

OpenStudy (anonymous):

yes...:)

OpenStudy (anonymous):

Laws of Motion

OpenStudy (anonymous):

i use them...but actually idk their names,lol,,:)

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