[" Certain sun glasses having small of "AgCl" incorporated in the lenses.on exposure to light appropriate wave "],[" length tenns to gray colour to reduce the glare following reaction "AgCl" the "],[" of reaction for the decomposition of "AgCl" is "248kJ/mol" .What is the maximum wavelength is needed to "],[" induced the desired process "],[[" A) "15.09times10^(19)," B) "4.83times10^(-7)," C) "8.47times10^(-6)," D) "12.08times10^(-7)]]

Certain sum glasses having small of AgCl incroporated the lenses, on expousure to light of appropriate wavelength turns to gray colour to reduce the glare following the reactions: AgCloverset(hv)(rarr) Ag("Gray")+Cl If the heat of reaction for the decomposition of AgCl is 248 kJ mol^(-1) , what maximum wavelength is needed to induce the desired process?

Certain sum glasses having small of AgCl incroporated the lenses, on expousure to light of appropriate wavelength turns to gray colour to reduce the glare following the reactions: AgCloverset(hv)(rarr) Ag("Gray")+Cl If the heat of reaction for the decomposition of AgCl is 248 kJ mol^(-1) , what maximum wavelength is needed to induce the desired process?

Photochromic sunglasses, which darken when exposed to light, contain a small amount of colourless AgCl(s) embedded in the glass. When irradiated with light, metallic silver atoms are produced and the lass darkens. AgCl(s)toAg(s)+Cl Escape of chlorine atoms is prevented by the rigid structure of the glass and the reaction therefore, reverses as soon as the light is removed. if 310 kJ/mol of energy is required to make the reaction proceed, what wavelength of light is necessary.?