The thermal decomposition of calcium carbonate requires a higher temperature than copper carbonate because calcium carbonate is more stable and has a stronger chemical bond between calcium and carbonate ions. This higher temperature is needed to break these bonds and initiate the decomposition process. Additionally, calcium carbonate has a larger ionic size compared to copper carbonate which also contributes to the higher temperature needed for decomposition.
Carbon dioxide is the gas produced when a carbonate undergoes thermal decomposition. This process breaks down the carbonate compound into oxides and carbon dioxide gas.
Green copper carbonate turns black when heated because the heat causes it to decompose into copper oxide, which is black in color, and carbon dioxide gas is released. This chemical reaction changes the composition of the compound, resulting in the color change.
Yes, heating copper carbonate is a chemical change because it undergoes thermal decomposition to form new substances, copper oxide and carbon dioxide. This is a chemical reaction that results in the formation of different compounds with distinct properties.
When calcium carbonate is heated, it undergoes a chemical reaction called thermal decomposition. This results in the formation of calcium oxide (quicklime) and carbon dioxide gas being released as a byproduct.
The balanced symbol equation for the thermal decomposition of copper carbonate is: CuCO3(s) -> CuO(s) + CO2(g)
When copper carbonate is heated, a thermal decomposition reaction occurs. This reaction causes copper carbonate to break down into copper oxide and carbon dioxide gas, which is released as a byproduct.
The thermal decomposition of calcium carbonate requires a higher temperature than copper carbonate because calcium carbonate is more stable and has a stronger chemical bond between calcium and carbonate ions. This higher temperature is needed to break these bonds and initiate the decomposition process. Additionally, calcium carbonate has a larger ionic size compared to copper carbonate which also contributes to the higher temperature needed for decomposition.
Yes, copper carbonate decomposes when heated, forming copper oxide and carbon dioxide gas as products. The reaction is often used in chemistry labs to demonstrate thermal decomposition.
The chemical equation for the thermal decomposition of ammonium carbonate is: (NH4)2CO3 → 2NH3 + CO2 + H2O
The thermal decomposition of lead carbonate (PbCO3) produces lead oxide (PbO) and carbon dioxide (CO2) as the products.
The thermal decomposition reaction of zinc carbonate can be represented by the equation: ZnCO3(s) → ZnO(s) + CO2(g)
The word equation for the thermal decomposition of sodium carbonate is: sodium carbonate → sodium oxide + carbon dioxide.
Here are the equations for the thermal decomposition of copper carbonate (notice that a metal oxide is formed, just as it was with calcium carbonate): Copper carbonate → copper oxide + carbon dioxide CuCO3 → CuO + CO2
i think its thermal decomposition
Carbon dioxide is the gas produced when a carbonate undergoes thermal decomposition. This process breaks down the carbonate compound into oxides and carbon dioxide gas.
Thermal decomposition of magnesium carbonate occurs at around 350-400°C. At this temperature, magnesium carbonate breaks down into magnesium oxide and carbon dioxide.