![SOLVED: Acids ionize in water to produce H+. This H+ causes indicators like phenolphthaleinand litmus to change color. The un-ionized acid molecules have no effect on indicators.Ionic equations – total and net - SOLVED: Acids ionize in water to produce H+. This H+ causes indicators like phenolphthaleinand litmus to change color. The un-ionized acid molecules have no effect on indicators.Ionic equations – total and net -](https://cdn.numerade.com/ask_previews/52d46644-8c28-4d1e-a169-a8c957db5414_large.jpg)
SOLVED: Acids ionize in water to produce H+. This H+ causes indicators like phenolphthaleinand litmus to change color. The un-ionized acid molecules have no effect on indicators.Ionic equations – total and net -
![Is (half equivalence point) when a conjugate base and an acid are equal in concentration. But (equivalence point) is when H+ = OH-? And is ph=pka at half equivalence point but not Is (half equivalence point) when a conjugate base and an acid are equal in concentration. But (equivalence point) is when H+ = OH-? And is ph=pka at half equivalence point but not](https://preview.redd.it/jep56uwmjmm51.jpg?auto=webp&s=b1aa43ee49aa7ec83e8faa3b4ca5b651a411603f)
Is (half equivalence point) when a conjugate base and an acid are equal in concentration. But (equivalence point) is when H+ = OH-? And is ph=pka at half equivalence point but not
![Determining PH of a Solution | Acidic, Basic & Neutral Solutions - Video & Lesson Transcript | Study.com Determining PH of a Solution | Acidic, Basic & Neutral Solutions - Video & Lesson Transcript | Study.com](https://study.com/cimages/multimages/16/phscale1787324299959928647.png)