Calculate the precentage dissociation of `H_(2)S(g)` if `0.1` mol of `H_(2)S` is kept in a `0.5 L` vessel at `1000 K`. The value of `K_(c )` for the reaction
`2H_(2)ShArr2H_(2)(g)+S_(2)(g)`
is `1.0xx10^(-7).`

Calculate the % age dissociation of H_2S(g) if 0.1 mole of H_2S is kept in a 0.4 L vessel at 1000 K . The value of K_c for the reaction, 2H_2S(g) hArr 2H_2(g) +S_2(g) is 1.0 xx 10^-3 .

Calculate the percent dissociation of H_(2)S(g) if 0.1 mol of H_(2)S is kept in 0.4 L vessel at 1000 K . For the reaction: 2H_(2)S(g) hArr 2H_(2)(g)+S(g) The value of K_(c ) is 1.0xx10^(-6)

Calculate the percent dissociation of H_(2)S(g) if 0.1 mol of H_(2)S is kept in 0.4 L vessel at 1000 K . For the reaction: 2H_(2)S(g) hArr 2H_(2)(g)+S(g) The value of K_(c ) is 1.0xx10^(-6)

What is the % dissociation of H_(2)S if 1 "mole" of H_(2)S is introduced into a 1.10 L vessel at 1000 K ? K_(c) for the reaction 2H_(2)S(g) hArr 2H_(2)(g)+S_(2)(g) is 1xx10^(-6)

What is % dissociation of H_(2)S if 1 "mole" of H_(2)S is introduced into a 1.10 L vessel at 1000 K ? K_(c) for the reaction 2H_(2)S(g) hArr 2H_(2)(g)+S_(2)(g) is 1xx10^(-6)

If 0.2 mol of H_(2)(g) and 2.0 mol of S(s) are mixed in a 1.0 L vessel at 90^(@)C , the partial pressure of H_(2)S(g) formed according to the reaction H_(2)(g)+S(s)hArr H_(2)S(g),K_(p) at 363K=6.78xx10^(-2) would be

If 0.2 mol of H_(2)(g) and 2.0 mol of S(s) are mixed in a 1.0 L vessel at 90^(@)C , the partial pressure of H_(2)S(g) formed according to the reaction H_(2)(g)+S(s)hArr H_(2)S(g),K_(p) at 363K=6.78xx10^(-2) would be