At high density of the molecules tends to be greater pressure that of molecules and at low density of the molecules tends to be less pressure that of molecules.
It is given that the molecules are in the ideal gas.
It is required to find the greatest effect of the finite size of molecules on the ideal gas law.
<h2>
What would be the greatest effect of the finite size of molecules on the ideal gas law?</h2>
According to ideal gas law, at high density of the molecules tends to be greater pressure that of molecules and at low density of the molecules tends to be less pressure that of molecules.
From ideal gas equation,
PV = nRT
Where,
P - Pressure of the molecules
V - Volume of the molecules
n - Total amount of substance
R - Gas constant
T - Temperature of the molecules
As shown from above equation, both the quantities are directly proportional to each other and also ideal gas law follows the kinetic molecular theory where it suggests that the volume of the molecules have negligible point.
Thus, at high density of the molecules tends to be greater pressure that of molecules and at low density of the molecules tends to be less pressure that of molecules.
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