Displays the volume and ph at which equivalence was reached

Question

1. Iterates through a range of volumes (incrementally add small volumes of NaOH).

2. Removes the appropriate number of moles of H⁺(if there is any left) or add the appropriate number of moles of OH^-.

3. Below the equivalence point, uses Eqs. (5)-(7) to determine the new concentrations of the species.

4. Above the equivalence point, uses Eq. (5) and the equivalent to Eqs. (6) and (7) appropriate for Eq. (9).

5. Calculates the p_H.

6. Plots the pH versus volume of NaOH added.

7. Displays the volume and pH at which equivalence was reached and plots this point on the graph.

8. Validates the code by plotting the midpoint using both methods and displaying the volume and p_H for both methods in the Command Window.

9. Saves an ASCII text file "titration.txt" with the first column being the volume and second column the p_H.

10. Displays to the Command Window a brief discussion (fewer than 5 lines) stating the value you selected for the threshold level of [H⁺] considered to be "completely consumed" and why you selected that value.

11. Has appropriate comments throughout.

Attachment:- Assignment.pdf