For the series of competitive reactions- H-HO2 H2-O2 H-HO2 2OH H-HO2 H2O - OIt has been found that K1-K2-K3-0-60-0-30-0-10- The molar ratio of the product- H2- O2- OH- H2O and O- at time t- is-

(1) From the equations molar ratio of H_2 amp; H is 1 H_21 mole H .(1) #160;From the equations molar ratio of #160; H_2 and H ...

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For the series of competitive reactions:
$H + H O_{2} K_{1} - \to H_{2} + O_{2}$
$H + H O_{2} K_{2} - \to 2 O H$
$H + H O_{2} K_{3} - \to H_{2} O + O$
It has been found that $K_{1} : K_{2} : K_{3} = 0.60 : 0.30 : 0.10$ . The molar ratio of the product, $H_{2}, O_{2}, O H, H_{2} O$ and $O$ , at time $t$ , is:

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