PV = nRT where P: Pressure, V: Volume, T: Temperature, n: No. of Moles, and R: Universal Gas Constant However, in the re

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PV = nRT where P: Pressure, V: Volume, T: Temperature, n: No. of Moles, and R: Universal Gas Constant However, in the re

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Pv Nrt Where P Pressure V Volume T Temperature N No Of Moles And R Universal Gas Constant However In The Re 1
Pv Nrt Where P Pressure V Volume T Temperature N No Of Moles And R Universal Gas Constant However In The Re 1 (31.1 KiB) Viewed 51 times
PV = nRT where P: Pressure, V: Volume, T: Temperature, n: No. of Moles, and R: Universal Gas Constant However, in the real world situation, the intermolecular interaction and the finite size of the molecules can not be ignored. The Van der Waals Equation of State (Liquid and Gas) had been introduced: where a and b are empirical constants. Do your own online research. Explain the Van der Waals Equation and discuss in what situation it will become the ideal gas law.
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