Oxidation Number (ON) vs. Electron Number (EN) list

Oxidation Number (ON) vs. Electron Number (EN) for arsenic (As)

Oxidation number (ON) chosen: 5
Electron number (EN) chosen: 8
Element chosen: As
Select any formula to view further details for that compound.

Element	ID	Formula	VCBOLEXZ^±
As	42887	cis–[Ti(F)₄(OAsPh₃)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42888	cis–[Zr(F)₄(OAsPh₃)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42911	mer–[Ce(Cl)₃(OAsPh₃)₃]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42938	trans–[Dy(Cl)₂(OAsPh₃)₄]⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42937	trans–[Sc(Cl)₂(OAsPh₃)₄]⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42934	trans–[U(Br)₄(OAsPh₃)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42935	trans–[U(O)₂(OAsPh₃)₂(O₂NO-κ²O)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42939	trans–[U(O)₂(OAsPh₃)₄]²⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42936	trans–[Zr(F)₄(OAsPh₃)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10944	[As(Br)(Me)₃]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10946	[As(Br)(Ph)₃]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10942	[As(Br)₄]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10947	[As(Bz)(CH=CH₂)₃]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10879	[As(CH=CH₂)₂(OH)(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10959	[As(Cl)₃(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10965	[As(Cl)₄]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10870	[As(C₆H₄Cl)₃(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10871	[As(C₆H₄Cl)₃(S)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10872	[As(C₆H₄NH₂)(OH)₂(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10873	[As(C₆H₄OH)(OH)₂(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10974	[As(Et)(Ph)₂(S)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10973	[As(Et)₂(Tol-p)(S)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10978	[As(F)₂(Me)₂]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10981	[As(F)₃(Me)]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10994	[As(H)(Me)₃]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10891	[As(I)(Me)₃]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10893	[As(I)(Ph)₃]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	42722	[As(I)(Tol-p)₃]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10995	[As(Me)(CH=CH₂)₃]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	11013	[As(Me)(Ph)(OH)(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10999	[As(Me)₂(OH)(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	11005	[As(Me)₃(CH₂CO₂)]	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	11009	[As(Me)₃(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	11010	[As(Me)₃(OH)]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	11011	[As(Me)₃(Ph)]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	11012	[As(Me)₄]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10901	[As(NMe₂)₃(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10902	[As(O)₄]³⊖	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10903	[As(OH)(CH=CH₂)₂(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10904	[As(OH)(O)₃]²⊖	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10905	[As(OH)(OPrⁱ)₃]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10911	[As(OH)(Ph)₃]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10906	[As(OH)₂(O)₂]⊖	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10908	[As(OH)₂(Ph)(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10909	[As(OH)₂(Ph)₂]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	10907	[As(OH)₂(Prⁿ)(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10910	[As(OH)₃(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	10913	[As(OSiMe₃)₂(NHPh)(O)]	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	80592	[As(Ph)(O)(OH)(S)]⊖	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	11016	[As(Ph)(OH)(O)(S)]⊖	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	11043	[As(Ph)(S)₃]²⊖	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	11020	[As(Ph)₂(OH)(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	11021	[As(Ph)₂(OH)(S)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	11025	[As(Ph)₂(S)₂]⊖	As«V⁵C⁴O^VE⁸B⁴L⁰X²Z²»^⊖
As	11027	[As(Ph)₂(Se)₂]⊖	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	11033	[As(Ph)₃(O)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	11040	[As(Ph)₃(S)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	11041	[As(Ph)₄]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	11045	[As(S)₄]³⊖	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	11048	[As(Se)₄]³⊖	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	42812	[Ce(OAsPh₃)₃(O₂NO-κ²O)₃]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42694	[Cl(AsCl₂Ph)]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	42818	[Co(Br)₂(OAsPh₃)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42819	[Co(ONO₂-κO)₂(OAsPh₃)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42822	[Dy(OAsPh₃)₃(O₂NO-κ²O)₃]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42829	[Dy(OAsPh₃)₄(O₂NO-κ²O)₂]⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42823	[Dy(OHEt)(OAsPh₃)₂(O₂NO-κ²O)₃]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42828	[Eu(OAsPh₃)₄(O₂NO-κ²O)₂]⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42821	[Eu(O₂NO-κ²O)₃(OAsPh₃)₃]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42811	[Hg(Cl)₂(OAsPh₃)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42756	[In(Br)₃(SAsMe₃)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42813	[La(OHEt)(OAsPh₃)₂(O₂NO-κ²O)₃]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42824	[La(O₂NO-κ²O)₂(OAsPh₃)₄]⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42754	[Mg(OAsMe₃)₅]²⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42810	[N(AsPh₃)(PEt₃)]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	42785	[N(AsPh₃)₂]⊕	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	42826	[Ni(Br)(OAsPh₃)₄]⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42817	[Ni(Br)₂(OAsPh₃)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42751	[Ni(OAsMe₃)₅]²⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42816	[Ni(O₂NO-κ²O)₂(OAsPh₃)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42831	[O(AsPh₃)(BF₃)]	As«V⁵C⁴O^VE⁸B⁴Z⁰L⁰X⁴»^⊕
As	42749	[Sb(F)₃(OAsMe₃)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42814	[Sb(F)₃(OAsPh₃)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42752	[Sc(OAsMe₃)₆]³⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42825	[Sc(OAsPh₃)₃(O₂NO-κ²O)₂]⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42820	[Sm(OAsPh₃)₃(O₂NO-κ²O)₃]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42827	[Sm(OAsPh₃)₄(O₂NO-κ²O)₂]⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42837	[Sn(Bz)₃(NCS-κN)(OAsPh₃)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42731	[Sn(Me)₂(SAsMe₂S-κS)₂]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42815	[Sn(Ph)₃(ONO₂-κO)(OAsPh₃)]	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42830	[Tb(O₂NO-κ²O)₂(OAsPh₃)₄]⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42750	[Y(OAsMe₃)₄(κ²O-O₂N)₂]⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»
As	42753	[Y(OAsMe₃)₆]³⊕	As«V⁵C⁴O^VE⁸B⁴L⁰X³Z¹»

Total number of compounds: 93