The equation ZnO + CO -> Zn + CO2

Detailed information about the equation ZnO + CO -> Zn + CO₂:

• This equation represents the chemical process in which zinc oxide (ZnO) and carbon monoxide (CO) react with each other to create zinc metal (Zn) and carbon dioxide gas (CO₂).
• In the chemical equation, the two reactants (ZnO and CO) are on the left side of the equation, and the two products of the reaction (Zn and CO₂) are on the right side of the equation.

Reaction conditions:

• The reaction occurs at high temperatures (approximately 1000 degrees Celsius or higher), under normal pressure.

Reaction process:

• Firstly, zinc oxide (ZnO) and carbon monoxide (CO) are introduced into the reaction environment at high temperatures.
• Then, zinc oxide and carbon monoxide interact, with ZnO being reduced by CO to form zinc metal (Zn) and carbon dioxide gas (CO₂).
• Finally, zinc and carbon dioxide are recovered from the reaction environment.

Phenomena occurring:

• In reality, this process is not easily observable because the reaction occurs at very high temperatures and does not produce any visually noticeable chemical phenomena such as color changes or precipitate formation. However, the mass of zinc metal created after the reaction and the amount of CO₂ released can be measured.