Conversion of `SO_(2)` to `SO_(3)` is

Oxidation of sulphur dioxide into sulphur trioxide in the absence of a catalyst is a slow process but this oxidation occurs easily in the atmosphere. Explain how does this happen? Give chemical reactions for the conversion of SO_(2) into SO_(3) .

Oxidation of sulphur dioxide into sulphur trioxide in the absence of a catalyst is a slow process but this oxidation occurs easily in the atmosphere. Explain how does this happen? Give chemical reactions for the conversion of SO_(2) into SO_(3) .

Conversion of sulphur to SO_(3) has Delta H = -2x Kcal and conversion of SO_(2) to SO_(3) involves DeltaH = -ykcal . The correct thermochemical equation for formation of SO_(2) is

Give the conversation of (i) SO_(2) " to " SO_(3)

Name the catalyst used for conversion of SO_2 to SO_3 in the contact process. How is oleum formed from SO_3 in this process?

The oxidation of SO_(2) to SO_(3) is an exothermic reaction. The yield of SO_(3) will be maximum if :

The oxidation of SO_(2) to SO_(3) is an exothermic reaction. The yield of SO_(3) will be maximum if :

Give the conversation of (i) SO_(2) " to " SO_(2)Cl_(2)

The oxidation of SO_(2) by O_(2) to SO_(3) is an exothermic reaction . The yield of SO_(2) will be maximum if