One extended form of this equation contains the particle size divided by 305 while in extreme conditions, this equation is replaced by the Pitzer equation.
One extended form of this equation contains the particle size divided by 305 while in extreme conditions, this equation is replaced by the Pitzer equation. The Davies equation is a size independent form of this equation, which contains the cube of the charge of an (*) electron divided by 4 pi times a term containing the permittivity of free space and relative permittivity; that term eventually simplifies to about .51 in room temperature water. One term in this equation is equal to one half the sum of concentration of each ion multiplied by the square of its charge. Containing the square root of the ionic strength, this equation calculates a quantity often used to replace ordinary concentration. For 10 points, name this equation developed by a Dutch and German chemist that calculates activity coefficients.
One extended form of this equation contains the particle size divided by 305 while in extreme conditions, this equation is replaced by the Pitzer equation.
{Debye-Huckel} equation