Table of Content
CS2 | + | 2SnO | → | CO2 | + | 2SnS | |
carbon disulfide | Stannous oxide; Tin(II) oxide; SnO; Tin oxide | carbon dioxide | Stannous sulfide; Tin(II) sulfide | ||||
1 | 2 | 1 | 2 | Hệ số | |||
Nguyên - Phân tử khối (g/mol) | |||||||
Số mol | |||||||
Khối lượng (g) |
Temperature: 220 - 300°C
Explanation: The ideal environmental conditions for a reaction, such as temperature, pressure, catalysts, and solvent. Catalysts are substances that speed up the pace (velocity) of a chemical reaction without being consumed or becoming part of the end product. Catalysts have no effect on equilibrium situations.
In a full sentence, you can also say CS2 (carbon disulfide) reacts with SnO (Stannous oxide; Tin(II) oxide; SnO; Tin oxide) and produce CO2 (carbon dioxide) and SnS (Stannous sulfide; Tin(II) sulfide)
This equation does not have any specific information about phenomenon.
In this case, you just need to observe to see if product substance SnS (Stannous sulfide; Tin(II) sulfide), appearing at the end of the reaction.
Or if any of the following reactant substances SnO (Stannous oxide; Tin(II) oxide; SnO; Tin oxide), disappearing
We no further information about this chemical reactions.
carbon disulfide
3Cl2 + CS2 → CCl4 + S2Cl2 2H2O + CS2 → 2H2S + CO2 2MgO + CS2 → CO2 + 2MgS View all equations with CS2 as reactantStannous oxide; Tin(II) oxide; SnO; Tin oxide
2Al + 3SnO → Al2O3 + 3Sn H2O + NaOH + SnO → Na[Sn(OH)3] 2NaOH + SnO → H2O + Na2SnO2 View all equations with SnO as reactantStannous oxide; Tin(II) oxide; SnO; Tin oxide
Sn(OH)2 → H2O + SnO Na[Sn(OH)3] → H2O + NaOH + SnO SnO2 + Sn → 2SnO View all equations with SnO as productStannous oxide; Tin(II) oxide; SnO; Tin oxide
Na[Sn(OH)3] → H2O + NaOH + SnO Sn(OH)2 → H2O + SnO SnO2 + Sn → 2SnO View all equations with SnO as productInteresting Information Only Few People Knows