ByNanaa000
As for why buffer systems can only be created with weak acids and bases, I can say that weak acids and bases never completely dissociate and thus form an equilibrium. This equilibrium allows for buffering, which isn't possible with strong acids or bases.
Or is my reasoning wrong or is something missing?
(2 votes)
Loading...Hi! I'm totally lost and a complete chemistry failure. Now we've been given the task: Name the corresponding redox pairs of the following reactions A: Combustion of calcium B: Reaction of sodium and bromine C: Reduction of copper oxide (CuO) with iron. I don't understand a thing. Would someone please help me? 😅
Hello, I'm having a few problems in my life. One of them right now is that I'm most likely going to be fired. I've started an apprenticeship as a bank clerk and have been doing it for a year now. For certain reasons, I'm most likely going to be fired. I was actually very dissatisfied…
Hello, I want to study chemistry after high school. My school doesn't offer any advanced courses in this subject, so unfortunately I can only take the basic course. Nevertheless, I love the subject and enjoy learning about chemistry outside of class as well. According to my chemistry teacher, I'm the best in my year in…
I accidentally ordered sulfur granules instead of powder. Can I simply grind the granules with a mortar or coffee grinder, or should I be worried about something catching fire?
Hello, I'm currently in my second semester of chemistry studies and am currently looking for a part-time job. The problem is that the degree program is very time-consuming due to the high study load and all the internships, so I'd like a flexible side income. Something that I could easily take a week off from….
completely correct! if strong acids/bases are used, the pH changes dramatically even at the slightest addition of acid/base – therefore weak Sren/bases are taken