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silver oxalate vs vanadium(IV) carbide

Input interpretation

silver oxalate | vanadium(IV) carbide
silver oxalate | vanadium(IV) carbide

Chemical names and formulas

 | silver oxalate | vanadium(IV) carbide formula | Ag_2C_2O_4 | VC Hill formula | Ag_2C_2O_4 | CV name | silver oxalate | vanadium(IV) carbide IUPAC name | | methane; vanadium alternate names | silver ethanedioate | vanadium carbide | vanadium carbide (1:1) mass fractions | Ag (silver) 55.1% | C (carbon) 12.3% | O (oxygen) 32.7% | C (carbon) 17.9% | H (hydrogen) 6.02% | V (vanadium) 76%
| silver oxalate | vanadium(IV) carbide formula | Ag_2C_2O_4 | VC Hill formula | Ag_2C_2O_4 | CV name | silver oxalate | vanadium(IV) carbide IUPAC name | | methane; vanadium alternate names | silver ethanedioate | vanadium carbide | vanadium carbide (1:1) mass fractions | Ag (silver) 55.1% | C (carbon) 12.3% | O (oxygen) 32.7% | C (carbon) 17.9% | H (hydrogen) 6.02% | V (vanadium) 76%

Structure diagrams

  | silver oxalate | vanadium(IV) carbide vertex count | 7 | 2 edge count | 5 | 0 Schultz index | 108 | 0 Wiener index | 29 | 0 Hosoya index | 10 | 1 Balaban index | 2.993 | 0
| silver oxalate | vanadium(IV) carbide vertex count | 7 | 2 edge count | 5 | 0 Schultz index | 108 | 0 Wiener index | 29 | 0 Hosoya index | 10 | 1 Balaban index | 2.993 | 0

Basic properties

 | silver oxalate | vanadium(IV) carbide molar mass | 195.89 g/mol | 66.984 g/mol phase | | solid (at STP) melting point | | 2810 °C density | | 5.77 g/cm^3
| silver oxalate | vanadium(IV) carbide molar mass | 195.89 g/mol | 66.984 g/mol phase | | solid (at STP) melting point | | 2810 °C density | | 5.77 g/cm^3

Units