it the valueto eq (*)[NO]2[Br2​]Steady Stateapproachapprox... | Filo

Problem 5: Quasi-Steady-State Approximation (Ingalls 2.4.9, 25 ... | Filo

SOLVED: Consider reaction 2 O3 - 3 O2 with the following mechanism: O3 O2 → O2 O3 (k-1)O2 O3 → O2 O2 (k2)O2 O2 → O3 (k1)By assuming steady-state approximation for O atoms, show that d[O3]/dt = k[O3] (2k2[O2] - k-1[O2] - k2[O3] k-1[O2])Show that the initial rate of production of O3 is first-order in O2 and express the corresponding rate constant in terms of k1, k-, and k2. Use the equation to determine the concentration of ozone at equilibrium.

the temperature of hot and cold ends of a 20 cm long rod in thermal steady state are at 100 o c and 20 o c respectively the temperature at the centre of the rod is a 30oc b 40oc c 50oc d 60o 21033

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