Question

A dilute solution of potassium permanganale in water at 25°C was prepared The solution was in a horizontal tube of length 10 cm, and at first there was a Gaussian distribution of concentration around the centre of the tube at $x = 0$, $c(x) = c_0e^{-ax^3}$, with $c_0 = 0.100$ mol dm$^{-3}$ and $a = 0.10$ cm$^{-2}$. Evaluate the thermodynamic force acting on the solute as a function of location, $x$, and plot the result. Give the force per mole and force per molecule in each case. What do you expect to be the consequence of the thermodynamic force?

          A dilute solution of potassium permanganale in
water at 25°C was prepared The solution was in a
horizontal tube of length 10 cm, and at first there
was a Gaussian distribution of concentration
around the centre of the tube at $x = 0$, $c(x) = c_0e^{-ax^3}$, with $c_0 = 0.100$ mol dm$^{-3}$ and $a = 0.10$ cm$^{-2}$. Evaluate the thermodynamic force
acting on the solute as a function of location, $x$, and
plot the result. Give the force per mole and force
per molecule in each case. What do you expect to
be the consequence of the thermodynamic force?

A dilute solution of potassium permanganale in
water at 25°C was prepared The solution was in a
horizontal tube of length 10 cm, and at first there
was a Gaussian distribution of concentration
around the centre of the tube at x = 0, c(x) = c0e^-ax^3, with c0 = 0.100 mol dm^-3 and a = 0.10 cm^-2. Evaluate the thermodynamic force
acting on the solute as a function of location, x, and
plot the result. Give the force per mole and force
per molecule in each case. What do you expect to
be the consequence of the thermodynamic force?

Added by Brandi -.

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