This is the BEST video to learn for this topic. Concise. I spent the past few days scouring the internet for good videos but they always overcomplicated it. NOBODY DOES IT LIKE KEN. he was BORN to teach
Around 01:30, you said that both conjugate acids and bases of the acid-base neutralization reaction is NaCl, excluding the other product, H2O, from consideration. Could you explain me why this is the case?
When HCl dissociates into H+ and Cl-, the conjugate base is H+. H+ is not a conjugate acid or base. When NaOH dissociates into Na+ and OH-, the conjugate acid is Na+. OH- is not a conjugate acid or base. H2O is formed the H+ and OH-. H2O is neutral to begin with so it also has not effect on the pH.
I had a question. When you say the conjugate base I- of a strong acid HI has no basic properties is it absolutely no basic properties. I thought conjugate bases of strong acids are weak bases
Salts are formed by reacting acids with bases. For example, HCl + NaOH gives you NaOH + H2O. NaOH has two parts: Na+ which comes from NaOH and Cl- which comes from NaOH. You can apply the same approach with KNO3 figure out that it comes from KOH and HNO3.
hey this is late but its a common misconception. Strong acids and bases dissolve completely in solution so their conjugate acid base pairs don't have any acidic properties, they're extremely stable
This is the BEST video to learn for this topic. Concise. I spent the past few days scouring the internet for good videos but they always overcomplicated it. NOBODY DOES IT LIKE KEN. he was BORN to teach
You're very welcome!
Clear and concise and to the point! Very well done.
Around 01:30, you said that both conjugate acids and bases of the acid-base neutralization reaction is NaCl, excluding the other product, H2O, from consideration. Could you explain me why this is the case?
When HCl dissociates into H+ and Cl-, the conjugate base is H+. H+ is not a conjugate acid or base. When NaOH dissociates into Na+ and OH-, the conjugate acid is Na+. OH- is not a conjugate acid or base. H2O is formed the H+ and OH-. H2O is neutral to begin with so it also has not effect on the pH.
I had a question. When you say the conjugate base I- of a strong acid HI has no basic properties is it absolutely no basic properties. I thought conjugate bases of strong acids are weak bases
If K+ (conjugate acid because positive charge) comes from KNO3, why is it said to be coming from KOH (base)
Salts are formed by reacting acids with bases. For example, HCl + NaOH gives you NaOH + H2O. NaOH has two parts: Na+ which comes from NaOH and Cl- which comes from NaOH. You can apply the same approach with KNO3 figure out that it comes from KOH and HNO3.
ohh okay. Thank you so much!@@MedSchoolCoachMCATPrep
This is amazing!! Thank you 😊
Glad you like it!
I thought that a weak acid's conjugate base will be a strong base and that a strong acid's conjugate base will be a weak base.
hey this is late but its a common misconception. Strong acids and bases dissolve completely in solution so their conjugate acid base pairs don't have any acidic properties, they're extremely stable