6. Determine the percent ionization of the following solutions.Based upon the %ionization classify e

6. Determine the percent ionization of the following solutions.Based upon the %ionization classify each as either a strong acid orweak acid. (show your work for full credit) a. pH = 3.88; [HA]initial = 1.4 × 10−4 M b. pH = 4.84;[HA]initial = 1.3 × 10−4 M 14. What is the Ka of a 0.100 M weak acid solution that has a pHof 2.75? (show your work for full credit) 20. Weak acids are usually about 20% ionized. Imagine a beakerof weak acid aqueous solution where you have zoomed in and canobserve what is in the beaker at the molecular level. Draw thebeaker and draw what happens to the five molecules of the weak acidthat are dissolved in water. You don’t have to draw the watermolecules. 33, The figure below is another way to draw Figure 4.1 in yourlaboratory notebook. Using the information from Figure 4.1 and this diagram,determine the total volume for diluted solution #1 (before thesecond dilution) and the total volume for diluted solution #2 (after the second dilution). Using the dilution formula, M1V1 = M2V2, calculate theconcentrations of the solutions obtained from the first and seconddilutions. Make sure you show your calculation details withunits. If image does not load, it shows three beakers side by side, thefirst beaker on the left has .1 M of stock solution. 5 mL isdiluted into the second beaker, and then 5 mL is diluted into thethird beaker as well. It wants to know the total volume afterdilution. . . .

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