Search

iron(III) cation vs oxide anion vs titanium(IV) cation vs copper(II) cation

Input interpretation

iron(III) cation | oxide anion | titanium(IV) cation | copper(II) cation
iron(III) cation | oxide anion | titanium(IV) cation | copper(II) cation

Structure diagrams

Structure diagrams
Structure diagrams

Ionic radii

4-coordinate ionic radius | median | 49 pm | lowest | 42 pm (titanium(IV) cation) | highest | 57 pm (copper(II) cation) 6-coordinate ionic radius | median | 67 pm | lowest | 55 pm (iron(III) cation) | highest | 140 pm (oxide anion) 8-coordinate ionic radius | median | 78 pm | lowest | 74 pm (titanium(IV) cation) | highest | 142 pm (oxide anion)
4-coordinate ionic radius | median | 49 pm | lowest | 42 pm (titanium(IV) cation) | highest | 57 pm (copper(II) cation) 6-coordinate ionic radius | median | 67 pm | lowest | 55 pm (iron(III) cation) | highest | 140 pm (oxide anion) 8-coordinate ionic radius | median | 78 pm | lowest | 74 pm (titanium(IV) cation) | highest | 142 pm (oxide anion)

Units

Random Queries

HCl + Sr(OH)2 = H2O + SrCl2
arsenic trioxide vs lead(II) telluride
FeCl3 + Na2S = S + NaCl + FeS
formula of thulium(III) oxalate hydrate vs potassium hexafluoroantimonate(V)
name of zirconium(IV) cation vs zirconium(I) cation
melting point of telluric(VI) acid vs 2,3-dichlorophenylboronic acid
odor of 1,4-dioxane
formulas of mineral acids
O2 + CCl4 = Cl2 + CO2
phase of benzyl-2,3,4,5,6-d 5cyanide vs perfluoro-1,3-dimethylcyclohexane