A flawless table or diagram is mandatory if needed. Solve the question immediately. Strict warning: No AI allowed. AS$20$

Tala ndenge oyo esp$$ce ya produit stable HBr $($bromure d$$hydrog$$ne$)$ ewutaka na ba r$$actifs ya liboso H$2$ na Br$2.$ R$$action mondiale oyo ezali kolimbola yango ekoki kokomama lokola H$2+$ Br$22$HBr$.$ Na niveau mol$$culaire$,$ ensemble oyo elandi ya ba r$$actions $$l$$mentaires mitano esalemaka:

R$1$: M $+$ Br$2$ Br $+$ Br $+$ M$.$ Ezali na ntina mingi

R$2$: Br $+$ H$2$ HBr $+$ H$.$ Ezali na ntina mingi

R$3$: H $+$ Br$2$ HBr $+$ Br$.$ Ezali na ntina mingi

Simb$$ ete R$1$ mpe R$2$ ezali reversible, nzokande R$3$ ezali irreversible.

a$.$ Bokabola moko na moko ya ba r$$actions ya liboso mpe ya sima $($soki esengeli$)$ na kotalela motango ya ba mol$$cules oyo esengeli kokutana mpo r$$action esalema $($e$.$g$.,$ bimol$$culaire$,...).$

b$.$ Bokabola moko na moko ya ba r$$actions ya liboso pe ya sima $($soki esengeli$)$ na kotalaka r$$le na yango na m$$canisme ya r$$action en cha$$ne $($e$.$g$.,$ initiation ya cha$$ne$,...).$

c$.$ Kokoma ba expressions pona ba taux$-$taux$-$ya$-$change ya ba concentrations molaires ya moko na moko ya ba esp$$ces oyo esali na ensemble ya r$$action$,$ na oyo etali ba concentrations molaire ya esp$$ce oyo etali pe ba coefficients ya vitesse pona ba r$$actions$.$

d$.$ Soki tokanisi ete approximation ya $$tat stationnaire ebongi mpo na H mpe mpo na Br$,$ koma ba expressions mpo na ba concentrations molaires ya $$tat stationnaire ya H mpe ya Br$.$ Ba r$$sultats na yo esengeli ezala na oyo etali $($a plus$)$ ba concentrations molaires ya H$2,$ Br$2,$ na HBr na ba coefficients ya vitesse ya r$$action$.$