Which is correct at equilibrium :-

Out of the following one which is correct for equilibrium state ? (a) Delta G=0 (b) Delta S=0 (c ) r_(f)=r_(b) (d) E_(cell)=0

Out of the following one which is correct for equilibrium state ? (a) Delta G=0 (b) Delta S=0 (c ) r_(f)=r_(b) (d) E_(cell)=0

For the equilibrium N_(2)(g)+3H_(2)(g) Leftrightarrow 2NH_(3)(g)" at "1000^(0)C the equilibrium constant is very low, then which of the following is correct at equilibrium ?

Which one is correct for equilibrium constant of a revessible reaction—

Steam is passed over hot carbon to attain the equilibrium at 400k. C_(s) + H_(2)O_((g)) hArr CO_((g)) + H(2(g)) . The equilibrium constant k = 1.34 (dimensionless) and the total pressure of the equilibrium mixture is 200 k.pa. Which one is correct when equilibrium is attained

Steam is passed over hot carbon to attain the equilibrium at 400k. C_(s) + H_(2)O_((g)) hArr CO_((g)) + H_(2(g)) . The equilibrium constant k = 1.34 (dimensionless) and the total pressure of the equilibrium mixture is 200 k.pa. Which one is correct when equilibrium is attained

Which In K vs 1/T plot is correct for an equilibrium that shits toward reactants at higher temperatures?