Question

is question is about silicon and compounds of silicon. The reactivity series sometimes includes non-metals such as carbon, hydrop silicon. Silicon can be extracted by reducing silicon dioxide with different substance The equation for one possible reaction is: 2 C(s) + SiO₂(s) - Si(s) + 2 CO(g) Explain what this reaction shows about the position of silicon in the react​

Answer 1

Explanation: The given reaction, (2C(s) + SiO_2(s) \rightarrow Si(s) + 2CO(g)), shows that carbon (C) is able to displace silicon (Si) from silicon dioxide (SiO2), resulting in the formation of silicon and carbon monoxide. This indicates that carbon is more reactive than silicon. The reaction also demonstrates that silicon can be extracted by reducing silicon dioxide with carbon. Therefore, the position of silicon in the reactivity series is below that of carbon, as silicon is less reactive than carbon and can be displaced by carbon in certain chemical reactions. :3