scruff Posted August 22, 2009 Posted August 22, 2009 Can someone help me with this question.... Explain how Boyle’s law is consistent with the equation of state of an ideal gas, PV = nRT. [its not homework (in my 20's) just trying to revive physics knowledge] Thanks for your help
Theophrastus Posted August 23, 2009 Posted August 23, 2009 (edited) What is Boyle's Law? PV= k or, or to phrase it differently, (and perhaps more accurately) P1V1= P2V2 My hint is to simply examine firstly, what the actual value of nRT is, and then compare it to the combined gas law (PV/T = k), and avogadro's law (V/n = k) in terms of content. Edited August 23, 2009 by Theophrastus
scruff Posted August 23, 2009 Author Posted August 23, 2009 Im just completely confused by this one... can anyone help me further please
swansont Posted August 23, 2009 Posted August 23, 2009 So you have PV = k, and PV = nRT They will be identical if n and T are constant (R is already a constant) n is atom number (in moles) and T is temperature
scruff Posted August 23, 2009 Author Posted August 23, 2009 So you have PV = k, and PV = nRT They will be identical if n and T are constant (R is already a constant) n is atom number (in moles) and T is temperature Thank you
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