For the reaction: `2HIrarr H_(2)+I_(2)`, the expresison `-d(HI)//2dt` represents

For the reaction 2HI hArr H_(2)+I_(2)

For the reaction , 2HI hArr H_(2) + I_(2)

For the reaction 2HItoH_(2)+I_(2) the expression -1/2(d[HI])/(dt) represents

For the reaction, 2NOrarrN_(2)+O_(2) , the expression -(1)/(2)(d[NO])/(dt) represents:

For the reaction 2HI rarr H_(2) + I_(2) write the molecularity.

For the reaction 2HX to H_(2) + X_(2) -(d[HX])/(dt) = rate

For the reaction 2 HI hArr H_(2) + I_(2) the equilibrium constant K at 440^(@)C is 0.022 . The equilibrium constant for I_(2) + H_(2) hArr 2 HI is

For the reaction : H_(2)+I_(2)to 2HI, the differential rate law is

For the reaction : H_(2)+I_(2)to 2HI, the differential rate law is