this is great one question: if i have a new compound with 4 coordinate bonds, how do i determine which type of structure it has? i'm looking at [ Pt (Cl)2(NH3)2 ] and i don't exclude the possibility of getting another such example being asked for in the future.
How to determine whether it is square planar or tetrahedral is complicated and covered at degree level. You need to know the complexes stated in the specification - platinum is square planar.
Great sir . Love from pakistan
Plz add subtitle bc having slightly problem n lest. Fur fur eng
this is great
one question:
if i have a new compound with 4 coordinate bonds, how do i determine which type of structure it has?
i'm looking at [ Pt (Cl)2(NH3)2 ] and i don't exclude the possibility of getting another such example being asked for in the future.
How to determine whether it is square planar or tetrahedral is complicated and covered at degree level. You need to know the complexes stated in the specification - platinum is square planar.
Thank you very much. If this is the case for all Pt and Ag compounds at A2 level, i shouldn't be having trouble any more. Thanks again.
For the next reader [Pt(Cl)2(NH3)2] is square planar and a geometric isomerism. Hint - www.chemguide.co.uk/inorganic/complexions/shapes.html
Ah! This teacher is intelligent and hot at the same time!