![SOLVED:Table 4 Testing the effect of dilution on the pH of buffers and their buffering capacity: After testing the pH for 25.00 mL of the solution, 10.00 mLofa 0.10 M HCI (a SOLVED:Table 4 Testing the effect of dilution on the pH of buffers and their buffering capacity: After testing the pH for 25.00 mL of the solution, 10.00 mLofa 0.10 M HCI (a](https://cdn.numerade.com/ask_images/1bae9d9b44554e92a13fb56882c44812.jpg)
SOLVED:Table 4 Testing the effect of dilution on the pH of buffers and their buffering capacity: After testing the pH for 25.00 mL of the solution, 10.00 mLofa 0.10 M HCI (a
![OneClass: 20) Identify a good buffer. A) small amounts of both a weak acid and its conjugate base B) ... OneClass: 20) Identify a good buffer. A) small amounts of both a weak acid and its conjugate base B) ...](https://prealliance-textbook-qa.oneclass.com/qa_images/homework_help/question/qa_images/120/12037814.jpeg)
OneClass: 20) Identify a good buffer. A) small amounts of both a weak acid and its conjugate base B) ...
![SOLVED:16) What Is polyprotic acid? 17) Which solution would be better buffer (assuming HA is weak acid_ and all other considerations being equal): 0.23 M HA or 0.04 M HA? 18) Chlorous SOLVED:16) What Is polyprotic acid? 17) Which solution would be better buffer (assuming HA is weak acid_ and all other considerations being equal): 0.23 M HA or 0.04 M HA? 18) Chlorous](https://cdn.numerade.com/ask_images/566fabdbac114481b3ffdcc78f4eddab.jpg)