Valence number (VN) vs. Oxidation number (ON) for molybdenum (Mo)
Valence number (VN) chosen: 3
Oxidation number (ON) chosen: 3
Element chosen: Mo
Select any formula to view further details for that compound.
| Element | ID | Formula | VCBOLEXZ± |
|---|---|---|---|
| Mo | 22449 | catena–3D-[Mo(μ₂-F)₃] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 5931 | cis–[Mo(Br)₄(Dmpe)]⊖ | Mo«V3C6OIIIE15B6Z0X4L2»⊖ |
| Mo | 5932 | cis–[Mo(Br)₄(Dppe-κ²P)]⊖ | Mo«V3C6OIIIE15B6Z0X4L2»⊖ |
| Mo | 5980 | fac–[Mo(I)₃(PMe₃)(Dppe-κ²P)] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 6004 | mer,trans–[Mo(Cl)₃(Tht)₂(PhC≡CMe)] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 5983 | mer–[Mo(Br)₃(NC₅H₄Me)₃] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 5985 | mer–[Mo(Br)₃(Py)₃] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 5984 | mer–[Mo(Br)₃(Thf)₃] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 5987 | mer–[Mo(Cl)₃(PMe₂Ph)₃] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 5990 | mer–[Mo(Cl)₃(Py)₃] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 5988 | mer–[Mo(Cl)₃(Thf)₃] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 5989 | mer–[Mo(Cl)₃(Tht)₃] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 5991 | mer–[Mo(I)₃(NCEt)₃] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 5992 | mer–[Mo(I)₃(PMe₃)₃] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 5993 | mer–[Mo(I)₃(Thf)₃] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 5982 | mer–[Mo(NCO)₃(Py)₃] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 22705 | network–[Mo(μ₆-P)] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 6365 | trans–[Mo(Br)₂(Py)₄]⊕ | Mo«V3C6OIIIE15B6Z0X2L4»⊕ |
| Mo | 6367 | trans–[Mo(Br)₄(Py)₂]⊖ | Mo«V3C6OIIIE15B6Z0X4L2»⊖ |
| Mo | 6366 | trans–[Mo(Br)₄(SMe₂)₂]⊖ | Mo«V3C6OIIIE15B6Z0X4L2»⊖ |
| Mo | 6369 | trans–[Mo(Cl)₂(Dmpe)₂]⊕ | Mo«V3C6OIIIE15B6Z0X2L4»⊕ |
| Mo | 6370 | trans–[Mo(Cl)₂(Dppe-κ²P)(Cp*)] | Mo«V3C7OIIIE17B7Z0X3L4» |
| Mo | 6371 | trans–[Mo(Cl)₂(PEt₃)₂(Cp)] | Mo«V3C7OIIIE17B7Z0X3L4» |
| Mo | 6375 | trans–[Mo(Cl)₂(PMePh₂)₂(Cp)] | Mo«V3C7OIIIE17B7Z0X3L4» |
| Mo | 6372 | trans–[Mo(Cl)₂(PMe₂Ph)₂(Cp*)] | Mo«V3C7OIIIE17B7Z0X3L4» |
| Mo | 6376 | trans–[Mo(Cl)₂(PPh₃)₂(Cp)] | Mo«V3C7OIIIE17B7Z0X3L4» |
| Mo | 6377 | trans–[Mo(Cl)₂(Py)₄]⊕ | Mo«V3C6OIIIE15B6Z0X2L4»⊕ |
| Mo | 6380 | trans–[Mo(Cl)₄(NEt₂H)₂]⊖ | Mo«V3C6OIIIE15B6Z0X4L2»⊖ |
| Mo | 6382 | trans–[Mo(Cl)₄(PEt₃)₂]⊖ | Mo«V3C6OIIIE15B6Z0X4L2»⊖ |
| Mo | 6383 | trans–[Mo(Cl)₄(PMe₃)₂]⊖ | Mo«V3C6OIIIE15B6Z0X4L2»⊖ |
| Mo | 6386 | trans–[Mo(Cl)₄(Py)₂]⊖ | Mo«V3C6OIIIE15B6Z0X4L2»⊖ |
| Mo | 6397 | trans–[Mo(I)₂(PMe₃)₂(Cp)] | Mo«V3C7OIIIE17B7Z0X3L4» |
| Mo | 6400 | trans–[Mo(I)₄(PEt₂Ph)₂]⊖ | Mo«V3C6OIIIE15B6Z0X4L2»⊖ |
| Mo | 6402 | trans–[Mo(Me)₂(PMe₃)₂(Cp)] | Mo«V3C7OIIIE17B7Z0X3L4» |
| Mo | 6357 | trans–[Mo(NCO)₄(Py)₂]⊖ | Mo«V3C6OIIIE15B6Z0X4L2»⊖ |
| Mo | 6010 | [Mo(Acac)₃] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 6212 | [Mo(Br)₂(Dppe-κ²P)(Cp)] | Mo«V3C7OIIIE17B7Z0X3L4» |
| Mo | 6217 | [Mo(Br)₅(OH₂)]²⊖ | Mo«V3C6OIIIE15B6Z0X5L1»2⊖ |
| Mo | 6244 | [Mo(Cl)₂(PhC≡CPh)(Cp)] | Mo«V3C6OIIIE15B6Z0X3L3» |
| Mo | 6245 | [Mo(Cl)₂(PMe₃)₂(Cp)] | Mo«V3C7OIIIE17B7Z0X3L4» |
| Mo | 6246 | [Mo(Cl)₂(PMe₃)₂(Cp*)] | Mo«V3C7OIIIE17B7Z0X3L4» |
| Mo | 6247 | [Mo(Cl)₂(η⁴-C₄H₆)(Cp)] | Mo«V3C7OIIIE17B7Z0X3L4» |
| Mo | 6264 | [Mo(Cl)₅(NEt₂H)]²⊖ | Mo«V3C6OIIIE15B6Z0X5L1»2⊖ |
| Mo | 6266 | [Mo(Cl)₅(OH₂)]²⊖ | Mo«V3C6OIIIE15B6Z0X5L1»2⊖ |
| Mo | 6267 | [Mo(Cl)₅(PMe₂Ph)]²⊖ | Mo«V3C6OIIIE15B6Z0X5L1»2⊖ |
| Mo | 6268 | [Mo(Cl)₅(Py)]²⊖ | Mo«V3C6OIIIE15B6Z0X5L1»2⊖ |
| Mo | 6272 | [Mo(Cl)₆]³⊖ | Mo«V3C6OIIIE15B6Z0L0X6»3⊖ |
| Mo | 6032 | [Mo(CN)₇]⁴⊖ | Mo«V3C7OIIIE17B7Z0L0X7»4⊖ |
| Mo | 6277 | [Mo(F)₆]³⊖ | Mo«V3C6OIIIE15B6Z0L0X6»3⊖ |
| Mo | 22687 | [Mo(N)] | Mo«V3C6OIII» |
| Mo | 6133 | [Mo(OH₂)₆]³⊕ | Mo«V3C6OIIIE15B6Z0X0L6»3⊕ |
| Mo | 6178 | [Mo(Terpy-κ³N)(Terpy-κ³N)] | Mo«V3C6OIIIE15B6Z0X0L6»3⊕ |
| Mo | 6191 | [Mo(η³-C₃H₅)₂(Cp)] | Mo«V3C7OIIIE17B7Z0X3L4» |
| Mo | 6193 | [Mo(η⁵-C₅Ph₅)₂]⊕ | Mo«V3C6OIIIE15B6Z0X2L4»⊕ |
Total number of compounds: 54