I need help with magnetic moments for inorganic chemistry. I am trying to make sense of my lab I performed on magnetic moments on metal ions in substances. I determined the number of unpaired electrons. What does this tell me about its stereochemistry? Or am I supposed to be looking at a different value to compare the stereochemistry?

I have calculations for the gram magnetic susceptibility, molar magnetic susceptibility, pascal's constant, corrected magnetic susceptibility, measured magnetic moment, effective magnetic moment, number of unpaired electrons, and spin-only value. What tells me information about stereochemistry? Can you use one of my samples as the example.

Name	Molar Weight (g/mol)	Magnetic Susceptibility ()	Molar Magnetic Susceptibility ()	Pascal’s Constant ()	Corrected Magnetic Susceptibility ()	Measured Magnetic Moment (
Nickel (II) Acetate Tetrahydrate	248.84 g/mol	1.6272  g	4.0491  M	-119.02	4.1682  M	3.1381
Chloropentamminecobalt chloride	250.4 g/mol	-1.2792  g	-3.2031  M	-150.2	1.1817  M	0.5301
Potassium hexacyanoferrate (III)	329.24 g/mol	5.9733  g	1.9666  M	-132.7	2.0993  M	2.2271
Manganese Sulfate Monohydrate	169.01 g/mol	7.7449  g	1.1309  M	-67.0	1.3760  M	1.8092
Ammonium Iron (III) Sulfate Hexahydrate	392.13 g/mol	2.8787  g	11.2885  M	-194.0	11.4825  M	5.2085

Sample	Short-hand electron configuration of metal atom	n	Number of unpaired electrons	Spin-only value
Ni(CH3CO2)2 4H2O	[Ar] 3d8	1.0342	~1	1.73 BM
[Co(NH3)5Cl]Cl2	[Ar] 3d6	0.2370	~0	0 BM
K3[Fe(CN)6]	[Ar] 3d5	0.7964	~1	1.73 BM
MnSO4 H2O	[Ar] 3d5	0.6761	~1	1.73 BM
Fe(NH4)2(SO4)26H2O	[Ar] 3d6	1.4917	~2	2.83 BM