Tin carbonate - SnCO3
There are two such tin oxides: Tin (II) oxide with formula SnO and tin (IV) dioxide, with formula SnO2.
Sn (Tin) and C (Carbon) don't normally occur together. The closest reference I could find was to "Tin-Doped Carbon Clusters" in a chemistry journal.
Tin (IV) phosphide
Tin (IV) Chloride
The name of the compound SnBr is tin (II) bromide.
The compound formed by tin and oxygen is tin oxide.
There are two such tin oxides: Tin (II) oxide with formula SnO and tin (IV) dioxide, with formula SnO2.
Sn (Tin) and C (Carbon) don't normally occur together. The closest reference I could find was to "Tin-Doped Carbon Clusters" in a chemistry journal.
The ratio of the masses of oxygen in two different compounds of tin and oxygen is dependent on the specific compound and its chemical formula. Since the mass of tin is the same in both compounds, the ratio will be determined by the chemical composition of each compound. This ratio can be calculated by using the molar mass of oxygen in each compound and comparing it with the molar mass of tin.
When tin is heated in air, it can react with oxygen to form tin dioxide (SnO2). This compound has a higher mass than the original tin due to the addition of oxygen atoms from the air. As a result, the overall mass of tin increases when it undergoes this chemical reaction with oxygen in the air.
You can, but you need heat and charcoal. Tin = Sn Carbon = C Oxygen = O2 SnO2 (tin oxide/tin ore) + C = Sn + CO2 You need to melt the tin ore and charcoal (made of C) together, and the carbon will take the oxygen from the tin oxide, creating carbon dioxide and tin. Voila, have your tin, and your waste compound, carbon dioxide.
in a plasma oven
Tin exists in two compounds with oxygen. These compounds vary because of the different oxidation states of tin. The first compound is tin(II) oxide (Sn2+O2-). The second compound is tin(IV) oxide (Sn4+O22-).
When tin metal reacts with oxygen in the air, it forms a pinkish compound called tin(II) oxide. This pink discoloration is a result of the oxidation process that occurs on the surface of the tin.
The oxidation number of tin in the compound Na2SnO2 is +2. This is because the total charge of the compound is 0 (since it is neutral) and the oxidation number of sodium is +1 and oxygen is -2. This means that the oxidation number of tin must be +2 to balance the charges.
you heat the tin ore and carbon together to produce tin and carbon dioxide
Tin(IV) oxide is primarily considered an ionic compound, as it is composed of a metal cation (tin) and a non-metal anion (oxygen) that form an ionic bond.