The limiting molar conductivity of NH 4 OH is equal to

\(\Lambda^{{°}}_{{m}}\) (NaOH) + \(\Lambda^{{°}}_{{m}}\) (NaCl) - \(\Lambda^{{°}}_{{m}}\) (NH 4 Cl)

\(\Lambda^{{°}}_{{m}}\) (NH 4 OH) + \(\Lambda^{{°}}_{{m}}\) (NH 4 Cl) - \(\Lambda^{{°}}_{{m}}\) (HCl)

\(\Lambda^{{°}}_{{m}}\) (NH 4 Cl) + \(\Lambda^{{°}}_{{m}}\) (NaOH) - \(\Lambda^{{°}}_{{m}}\) (NaCl)

The limiting molar conductivity of NH₄OH is equal to

\(\Lambda^{{°}}_{{m}}\) (NH4Cl) + \(\Lambda^{{°}}_{{m}}\) (NaCl) - \(\Lambda^{{°}}_{{m}}\) (NaOH)

\(\Lambda^{{°}}_{{m}}\) (NaOH) + \(\Lambda^{{°}}_{{m}}\) (NaCl) - \(\Lambda^{{°}}_{{m}}\) (NH₄Cl)

\(\Lambda^{{°}}_{{m}}\) (NH₄OH) + \(\Lambda^{{°}}_{{m}}\) (NH₄Cl) - \(\Lambda^{{°}}_{{m}}\)(HCl)

\(\Lambda^{{°}}_{{m}}\) (NH₄Cl) + \(\Lambda^{{°}}_{{m}}\)(NaOH) - \(\Lambda^{{°}}_{{m}}\) (NaCl)