JEE Main 201910 Jan, Evening shiftChemistryEasyEnvironmental Chemistry92× since 2004The reaction that is NOT involved in the ozone layer depletion mechanism in the stratosphere is :AOption A. ClO∙(g)+O(g)→C∙l(g)+O2(g)Cl\mathop O\limits^ \bullet \left( g \right) + O\left( g \right) \to \mathop C\limits^ \bullet l\left( g \right) + {O_2}(g)ClO∙(g)+O(g)→C∙l(g)+O2(g)BOption B. CF2Cl2(g) \buildreluv⟶ C∙l(g)+C∙F2Cl(g)C{F_2}C{l_2}\left( g \right)\,\buildrel {uv} \over \longrightarrow \mathop {\,C}\limits^ \bullet l\left( g \right) + \mathop C\limits^ \bullet {F_2}Cl\left( g \right)⟶C∙l(g)+C∙F2Cl(g)CF2Cl2(g)\buildreluvCOption C. CH4+2O3 → 3CH2=O+3H2OC{H_4} + 2{O_3}\, \to \,3C{H_2} = O + 3{H_2}OCH4+2O3→3CH2=O+3H2ODOption D. HOCl(g) \buildrelhv⟶ O∙H(g)+C∙l(g)HOCl\left( g \right)\,\buildrel {hv} \over \longrightarrow \,\mathop O\limits^ \bullet H\left( g \right) + \mathop C\limits^ \bullet l\left( g \right)⟶O∙H(g)+C∙l(g)HOCl(g)\buildrelhvCheckSkip · show solution
