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Today we are going to come up with new task, that is about ” Should the percent ionization be closer to ideal at high or low concentrations, and why should…”. We have found the solution to this question, along with interesting information related to it, thanks to its novelty and interest. This will help you to develop a more research-oriented mindset, and make it easier for you to answer these types of questions. This is where we will focus to gain this useful and new knowledge!
Question: “Should the percent ionization be closer to ideal at high or low concentrations, and why should…”
Should the percent ionization be closer to ideal at high or low concentrations, and why should the % ionization be less than 100?
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1) The percent ionization should be close to ideal at low concentration
It loco concentration, there is very high number of state solvent particles and a very less number of soluble paste Hence it becomes easier for the solute to ionize almost to its ideal ionization percentage.
2) percentage (%) ionization must be less than 100. at any given point how much strong be the electrolyte. There is some fraction of it which is unionized, this fraction of unionized electrolyte may be very very less but it will exist. Hence, percentage ionization could be always less than 100 it com be, 99.% or 99.99% but can not be complete 100%.
Do you know that weak acids and bases don’t completely dissociate? That’s important. Partial dissociation is when a weak acid becomes ion. The percentage of the weak acid which dissociates is the amount that has been ionized. If 20% of a weak acid’s quantity dissociates, then that weak acid has been ionized to 20%.
This is how you solve this type of task “Should the percent ionization be closer to ideal at high or low concentrations, and why should…”. Please leave a message below if you have any questions or comments.
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