Question

Question #eedef

Answer 1

It is assumed that the given reaction is a gaseous one as it deals with `K_p` and the reversible reaction is represented by the following equation

`H_2(g)+I_2(g)rightleftharpoons2HI`

We know that the relation between `K_p and K_c` of agaseous reaction is

`K_p=K_c(RT)^(Deltan)....(1)`

Where `T->"Temperayure of the reaction in Kelvin"`

`R->"Universal gas constant"`

`Deltan->"Total no. of moles of gaseous product"- "Total no. of moles of gaseous reactants"`

For the given reaction

`Deltan=n_(HI(g))-n_(H_2(g))-n_(I_2(g))=2-1-1=0`

So by equation(1)

`K_p=K_c(RT)^(Deltan)=K_c(RT)^0=K_c=50`