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In a buffered solution, the added acid would likely be neutralized by the buffer system before causing a significant change in pH. The buffer components would absorb the excess H+ ions, helping to maintain the solution's pH relatively stable. If the amount of acid added overwhelms the buffer capacity, the pH of the solution may shift more significantly.
electrolyte.electrolyteIn solution
sea salt
It would produce a solution of iodine.
no, you would produce a solution
The resist pH change in the following way: If you add a strong acid to the buffer solution, the conjugate base gets protonated, but the pH is not significantly changed. If you add a strong base to the buffer, the conjugate acid gets deprotonated, and again the pH is not changed very much. If you only had one component (let's say just the conjugate base), then it would not be able to resist change in pH if you added a strong base to the solution (although it would still counteract the affect of added acid).
There are several ways to obtain energy (you can't really "produce" it). For example, energy can be obtained from fossil fuels (petroleum, carbon); from organic matter such as wood or biogas; from solar energy; and several other options. I would expect the "solution of the future" to be a combination of several sources.
The amount of solute needed to produce the most concentrated solution would depend on the solute's molar mass and the desired concentration. Generally, adding more solute up to its solubility limit in 2.0 liters of solution would result in a more concentrated solution.
Buffered C crystals are just vitamin C and safe to consume and easy on The stomach but why would you cook them. Just swallow the pill and be done with it.but an orange will do just fine I'm sure
NaOH is a base so it will produce a pH above 7.
NaCl is neutral so it will produce a solution with a pH of 7 in any concentration.
NONE