This chemical equation describes the reaction between tin metal (Sn) and water (H2O). The result of the reaction is the compound tin (II) hydroxide (Sn(OH)2) and hydrogen gas (H2).
- Reaction conditions
This reaction requires suitable temperature and pressure to occur. In general, tin reacts with water at temperatures higher than room temperature. Increasing pressure can also help accelerate the reaction.
- Reaction process
The reaction process occurs as follows: Tin is added to water. Because tin is relatively inactive, it only reacts with water at temperatures above room temperature. When the reaction occurs, the tin interacts with the water molecules, forming the compound tin (II) hydroxide and hydrogen gas.
- Phenomena that occur
When the reaction occurs, you can observe the physical changes in the reaction environment, including the formation of hydrogen gas. This phenomenon is usually recognized by gas bubbles escaping from the solution.