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mercuric sulfate vs titanium-copper alloy

Input interpretation

mercuric sulfate | titanium-copper alloy
mercuric sulfate | titanium-copper alloy

Chemical names and formulas

 | mercuric sulfate | titanium-copper alloy formula | HgSO_4 | CuTi Hill formula | HgO_4S | CuTi name | mercuric sulfate | titanium-copper alloy IUPAC name | mercury(+2) cation sulfate | copper; titanium alternate names | mercuric sulphate | mercury bisulfate | mercury(II) sulfate | mercury(II) sulphate | copper; titanium mass fractions | Hg (mercury) 67.6% | O (oxygen) 21.6% | S (sulfur) 10.8% | Cu (copper) 57% | Ti (titanium) 43%
| mercuric sulfate | titanium-copper alloy formula | HgSO_4 | CuTi Hill formula | HgO_4S | CuTi name | mercuric sulfate | titanium-copper alloy IUPAC name | mercury(+2) cation sulfate | copper; titanium alternate names | mercuric sulphate | mercury bisulfate | mercury(II) sulfate | mercury(II) sulphate | copper; titanium mass fractions | Hg (mercury) 67.6% | O (oxygen) 21.6% | S (sulfur) 10.8% | Cu (copper) 57% | Ti (titanium) 43%

Structure diagrams

Structure diagrams
Structure diagrams

Basic properties

 | mercuric sulfate | titanium-copper alloy molar mass | 296.65 g/mol | 111.41 g/mol phase | solid (at STP) |  melting point | 850 °C |  density | 5.995 g/cm^3 |  solubility in water | decomposes |
| mercuric sulfate | titanium-copper alloy molar mass | 296.65 g/mol | 111.41 g/mol phase | solid (at STP) | melting point | 850 °C | density | 5.995 g/cm^3 | solubility in water | decomposes |

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