`S(s)+O_(2)hArrSO_(@)(g)" "K_(1)=10^(52)` `2S(s)+3O_(2)hArr2SO_(3)(g)" "K_(2)=10^(129)` Calculate `K_("equilibrium")` forA. `10^(25)`B. `10^(77)`C. `10^(70)`D. `10^(40)`

`S(s)+O_(2)hArrSO_(@)(g)" "K_(1)=10^(52)` `2S(s)+3O_(2)hArr2SO_(3)(g)"

1.	`S(s)+O_(2)hArrSO_(@)(g)" "K_(1)=10^(52)` `2S(s)+3O_(2)hArr2SO_(3)(g)" "K_(2)=10^(129)` Calculate `K_("equilibrium")` forA. `10^(25)`B. `10^(77)`C. `10^(70)`D. `10^(40)`
Answer» Correct Answer - A

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`S(s)+O_(2)hArrSO_(@)(g)" "K_(1)=10^(52)` `2S(s)+3O_(2)hArr2SO_(3)(g)" "K_(2)=10^(129)` Calculate `K_("equilibrium")` forA. `10^(25)`B. `10^(77)`C. `10^(70)`D. `10^(40)`

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