Silver nitrate does not "react" with light, because light is not a substance. Light can catalyze the autodecompositon of silver nitrate.
It turns black or dark in colour when silver nitrate is exposed to sunlight.
Well, AgNo3(silver nitrate) can only be stable if stored under dark condition i.e in a dark or amber bottle on the other hand if exposed, it reacts readily with light
Keep silver nitrate in brown bottles and/or cover the bottle with aluminium foil. This will prevent the decomposition of silver nitrate from light.
well what happens is that silver nitrate is catalyzed by the sunlight, thus forming a gray or dark readish type of solution when expose to ligh
Silver nitrate is white, but light sensitive, so it turns black
No. However, silver nitrate is photosensitive when moist, and reacts with light, so it might appear to react with water.
It turns black or dark in colour when silver nitrate is exposed to sunlight.
Well, AgNo3(silver nitrate) can only be stable if stored under dark condition i.e in a dark or amber bottle on the other hand if exposed, it reacts readily with light
Keep silver nitrate in brown bottles and/or cover the bottle with aluminium foil. This will prevent the decomposition of silver nitrate from light.
well what happens is that silver nitrate is catalyzed by the sunlight, thus forming a gray or dark readish type of solution when expose to ligh
Your question firstly isn't stated correctly, but if you are stating what form is silver nitrate decomposed from in light, well it is a liquid.
Silver nitrate is white, but light sensitive, so it turns black
it reacts by sparkling light
Silver nitrate is very susceptible to reactions that destroy it, catalyzed by short wavelength light, which is strongly absorbed by brown bottles.
CrO4
AgBr precipitates and in light decomposes to bromine and silver metal.
Because even though silver halides are way more photosensitive, silver nitrate is a bit, and storing in a bottle which lets the light pass through freely would affect it shelf life.