Question: Now we apply the diffusion equation to Fig. 1. (a) Draw the shape for C(x) vs r just after partition removal (i.c. the gas totally

 Now we apply the diffusion equation to Fig. 1. (a) Draw

the shape for C(x) vs r just after partition removal (i.c. the

Now we apply the diffusion equation to Fig. 1. (a) Draw the shape for C(x) vs r just after partition removal (i.c. the gas totally in the left com- partment), and indicate flux J. at the three r-positions indicated. Please do the following: Make your axes like that shown in Fig. 3. The vertical blue dashed lines are the three a locations you should indicate flux J. Indicate J, with an arrow with the proper direction and magnitude. C(x) Figure 3: Example of axes you should use for Problem 5 (b) Draw the shape for C(x) vs r when the new equilibrium state has been achieved; then, in the same way you did for part (a), indicate the flux J, at 2-positions indicated by the vertical (dashed) lincs. sudden removal of partition spontaneous process ?? new final equil state L 2L Poised for spontaneous process 0 2L initial equil. state with internal constraint Figure 1: For Problem 3

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