CH2FCO2H is the stronger acid because the fluorine atom is nearer the carboxyl group and is, therefore, better able to exert its electron-withdrawing inductive effect. Remember: inductive effects weaken steadily as the distance between the substituent and the acidic group increases.
because CH3CO2- can occur resonance, but peracetic acid can't.
No, hydrochloric acid is stronger than citric acid.
No, acetic acid is much weaker,
Yes. due to the presence of electron withdrawing iodo group, iodoacetic acid will be stronger than acetic acid.
Yes: hydrogen carbonate is a stronger acid, and therefore a weaker base, than carbonate.
actually HBr is stronger acid than HCl so i think you got something mixed up
No, hydrochloric acid is stronger than citric acid.
No, acetic acid is much weaker,
acetic acid is vinegar!
Yes. due to the presence of electron withdrawing iodo group, iodoacetic acid will be stronger than acetic acid.
Because acetic acid have methyl group ,a electron donating group
Yes: hydrogen carbonate is a stronger acid, and therefore a weaker base, than carbonate.
actually HBr is stronger acid than HCl so i think you got something mixed up
Both are strong acids (this means stronger than H3O+) but HI is stronger than HCl.
3/5 is my BirthDay
Yes but insignificant for practical use. Hydrogen iodide ( HI ) is even stronger! and HF is a significantly weaker acid than HCl.
hydroiodic acid is stronger than hydrochloric acid it easier for the dissociation of iodide ion than chloride ions due to weaker hydrogen-iodine bond than hydrogen-chloride bond.
Since tha pka of the aniline ion is equal to 4.6, the anilinium ion is a stronger acid than the methylaminium ion, and aniline (c6h5nh2) is a weaker base than methylamine (ch3nh2).