Why glass is chemically inert?

Answer 1

Glass is Silicon Dioxide (SiO2)

Silicon is unreactive chemically because an oxide layer seals the surface from attack, and high temperatures are required for oxidation to occur. Silicon does, however, react with fluorine at room temperature. It is not attacked by aqueous acids, but does react with concentrated alkalis.

Source: Google

Answer 2

Glass is chemically inert because it lacks a crystalline structure, which prevents it from forming strong bonds with other substances. Additionally, its molecular structure consists of strong covalent bonds that are difficult to break, making it resistant to chemical reactions.

Answer 3

Oh, dude, glass is chemically inert because its molecular structure is like, super stable and doesn't react easily with other substances. It's basically like that friend who never gets involved in drama - just chilling there, minding its own business. So yeah, glass doesn't give a care about what's going on around it, it's just doing its own thing.

Answer 4

The dense Si-O network make it very resistant. However, HF will attack it and in fact is the etching agent used.

Answer 5

No, it's generally unreactive, which is why we can store many substances safely in it.

Answer 6

No.