For the reaction ` 2SO_(3) to 2SO_(2) +O_(2)` rate is expressed as ,A. `-(1)/(2)(d[SO_(3)])/(dt)=-(1)/(2) (d[SO_(2)])/(dt)=(d[O_(2)])/(dt)`B. `-(2d[SO_(3)])/(dt)=(2d[SO_(2)])/(dt)=(d[O_(2)])/(dt)`C. `-(1)/(2)(d[SO_(3)])/(dt)=(1)/(2)(d[SO_(2)])/(dt)=(d[O_(2)])/(dt)`D. `(-d[SO_(3)])/(dt)=(d[SO_(2)])/(dt)=(2d[O_(2)])/(dt)`

For the reaction ` 2SO_(3) to 2SO_(2) +O_(2)` rate is expressed as ,A.

1.	For the reaction ` 2SO_(3) to 2SO_(2) +O_(2)` rate is expressed as ,A. `-(1)/(2)(d[SO_(3)])/(dt)=-(1)/(2) (d[SO_(2)])/(dt)=(d[O_(2)])/(dt)`B. `-(2d[SO_(3)])/(dt)=(2d[SO_(2)])/(dt)=(d[O_(2)])/(dt)`C. `-(1)/(2)(d[SO_(3)])/(dt)=(1)/(2)(d[SO_(2)])/(dt)=(d[O_(2)])/(dt)`D. `(-d[SO_(3)])/(dt)=(d[SO_(2)])/(dt)=(2d[O_(2)])/(dt)`
Answer» Correct Answer - C `-(1)/(2)(d[So_(3)])/(dt)=(1)/(2) (d[SO_(2)])/(dt) =(1)/(2) (d[SO_(2)])/(dt) =(d[O_(2)])/(dt)`

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