Hydrogen bonding in gaseous molecules of formic acid allow it to violate this rule. In most instances, at non-relativistic speeds the Maxwell-Boltzman
Hydrogen bonding in gaseous molecules of formic acid allow it to violate this rule. In most instances, at non-relativistic speeds the Maxwell-Boltzmann Distribution applies to the materials governed by this law. A pair of factors representing molecular interaction was added to a modification of this equation by van der Waals. This equation is a combination of the equations of Charles, Boyle, and Gay-Lussac. For 10 points, name this equation that describes a fluid by claiming that pressure multiplied by volume is equal to temperature times the number of moles times a namesake constant symbolized R.
Hydrogen bonding in gaseous molecules of formic acid allow it to violate this rule.
ideal gas law