The oxidation of `SO_(2)` by `O_(2)` to `SO_(3)` is an exothermic reaction . The yield of `SO_(2)` 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 :

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) by O_(2) to SO_(3) is an exothermic process. The yield of SO_(3) is maximum if i. Temperature is increased and pressure is kept constant ii. Temperature is reduced and pressure is kept constant iii. Pressure is increased iv. Temperature and pressure both are increased The correct option is:

The oxidation of SO_(2) by O_(2) to SO_(3) is an exothermic process. The yield of SO_(3) is maximum if i. Temperature is increased and pressure is kept constant ii. Temperature is reduced and pressure is kept constant iii. Pressure is increased iv. Temperature and pressure both are increased The correct option is:

In the manufacture of 'H_2 SO_4', the oxidation of 'SO_2' to 'SO_3' by 'O_2' is an exothermic reaction. The yield of 'SO_3' will be maximum if. :

The prepation of SO_(3)(g) by reaction SO_(2)(g)+(1)/(2)O_(2)(g)hArrSO_(3)(g) is an exothermic reaction .If the preparation follows the following temperature -pressure relationship for % yield , then for temperatures T_(1),T_(2)andT_(3) the correct option is:

The prepation of SO_(3)(g) by reaction SO_(2)(g)+(1)/(2)O_(2)(g)hArrSO_(3)(g) is an exothermic reaction .If the preparation follows the following temperature -pressure relationship for % yield , then for temperatures T_(1),T_(2)andT_(3) the correct option is: