This chemical equation describes the chemical reaction between tin (Sn) and iodine (I2) to create tin tetraiodide (SnI4).
In this reaction, one molecule of tin (Sn) combines with two molecules of iodine (I2) to create one molecule of tin tetraiodide (SnI4).
- Reaction conditions:
This reaction takes place well in high temperature conditions. Tin and iodine need to be heated to accelerate the reaction rate and ensure the best reaction efficiency.
- Reaction process:
When tin (Sn) and iodine (I2) are brought together in high temperature conditions, they create a chemical reaction. During this process, the electrons of tin and iodine bond together, forming a molecule of tin tetraiodide. Each molecule of tin tetraiodide contains one atom of tin and four atoms of iodine.
- Phenomena occurring:
When the reaction occurs, the colour of the mixture changes. Initially, tin is silver and iodine is deep purple. When they combine, they create a red-purple solid, which is tin tetraiodide.