Search
- https://chem.libretexts.org/Bookshelves/Analytical_Chemistry/Analytical_Chemistry_Volume_II_(Harvey)/07%3A_Appendix/7.01%3A_NormalityIn a precipitation reaction, for example, the reaction unit is the charge of the cation or the anion that participates in the reaction; thus, for the reaction n = 2 for Pb 2 + and n = 1 for I – . In a...In a precipitation reaction, for example, the reaction unit is the charge of the cation or the anion that participates in the reaction; thus, for the reaction n = 2 for Pb 2 + and n = 1 for I – . In an acid–base reaction, the reaction unit is the number of H + ions that an acid donates or that a base accepts. Finally, in an oxidation–reduction reaction the reaction unit is the number of electrons released by the reducing agent or accepted by the oxidizing agent; thus, for the reaction
- https://chem.libretexts.org/Courses/Montana_State_University/MSU%3A_CHMY311_Fundamental_Analytical_Chemistry/12%3A_Appendix/12.01%3A_NormalityIn a precipitation reaction, for example, the reaction unit is the charge of the cation or the anion that participates in the reaction; thus, for the reaction n = 2 for Pb 2 + and n = 1 for I – . In a...In a precipitation reaction, for example, the reaction unit is the charge of the cation or the anion that participates in the reaction; thus, for the reaction n = 2 for Pb 2 + and n = 1 for I – . In an acid–base reaction, the reaction unit is the number of H + ions that an acid donates or that a base accepts. Finally, in an oxidation–reduction reaction the reaction unit is the number of electrons released by the reducing agent or accepted by the oxidizing agent; thus, for the reaction
- https://chem.libretexts.org/Bookshelves/Analytical_Chemistry/Analytical_Chemistry_Volume_I_(Harvey)/10%3A_Appendix/10.01%3A_NormalityIn a precipitation reaction, for example, the reaction unit is the charge of the cation or the anion that participates in the reaction; thus, for the reaction n = 2 for Pb 2 + and n = 1 for I – . In a...In a precipitation reaction, for example, the reaction unit is the charge of the cation or the anion that participates in the reaction; thus, for the reaction n = 2 for Pb 2 + and n = 1 for I – . In an acid–base reaction, the reaction unit is the number of H + ions that an acid donates or that a base accepts. Finally, in an oxidation–reduction reaction the reaction unit is the number of electrons released by the reducing agent or accepted by the oxidizing agent; thus, for the reaction
