I think that there are two types of valence in the metal ammines. Groups satisfying the nonionizable (secondary) valence are bound to the metal. Groups satisfying the ionizable (primary) valence are held to the radical by electrostatic forces and form ions when the ammine is dissolved.

Now that you have found the number of ionzable groups for these metal ammines, I would recommend that you measure their conductivities. There should be a relationship between the number of ionizable groups and the conductivities of solutions of these compounds

I think there are two types of groups bound in the metal ammines - reactive and masked. The masked groups are tightly bound to the metal and do not form ions when the compounds are dissolved. The reactive groups are bound in the ammonia chains and form ions when the ammines are dissolved.

Now that you have identified the number of ionizable groups for these compounds, I would suggest a relationship between the number of ionizable groups and the conductivites of solutions of these compounds.

You should reconsider the number of ionizable proups you chose using Werner's theory. It doesn't appear to be correct.

You should reconsider the number of ionizable groups you chose using Jørgensen's theory. It doesn't appaer to be correct.

Good job. These are the numbers of ionizable groups the two theories would predict.