Is it correct to ignore the $\frac{n^2a}{V^2}$ term at high pressures as is done? I think that, as pressure increases, this term also increases as Volume decreases so it is not safe to ignore it!
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Sign up to join this communityIs it correct to ignore the $\frac{n^2a}{V^2}$ term at high pressures as is done? I think that, as pressure increases, this term also increases as Volume decreases so it is not safe to ignore it!