When the ideal gas law is arranged as shown below, what property of the gas is being solved for (represented by the X)? x equals nRT over P Moles Pressure Temperature Volume plis help is a test

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When the ideal gas law is arranged as shown below, what property of the gas is being solved for (represented by the X)? x equals nRT over P Moles Pressure Temperature Volume plis help is a test

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Answer 1 · 2018-06-22T23:06:18

Well, maybe you should do the algebra and find out.

$P V = n R T$ $PV = nRT$

$? ? ? = \frac{n R T}{P}$ $??? = (nRT)/P$

What do you divide $n R T$ $nRT$ by to get $\frac{n R T}{P}$ $(nRT)/P$ , and what does that leave you with when you divide $P V$ $PV$ by the same variable? What does that resultant letter stand for, which has units of $L$ $"L"$ ?

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When the ideal gas law is arranged as shown below, what property of the gas is being solved for (represented by the X)? x equals nRT over P Moles Pressure Temperature Volume plis help is a test

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