A reaction attains equilibrium state under standard conditions, then:

A gaseous reaction A(g) hArrB(g) is at equilibrium under standard condition and 200 K. Calculate the equilibrium constant of the reaction at 400 K if DeltaS_("reaction")^(@)=6xx10^(-5) T^(2) cal//K , where T is temperature in kelvin. [Given : R = 2 cal//mol K " and " "In " 2=0.7 ]

Under the following conditions, in which direction will, the reaction shift to attain its equilibrium? under which condition, Q=K ?

A reaction attains equilibrium, when the free energy change is

A reaction attains equilibrium, when the free energy change is

Delta G = O at equilibrium is satisfied under condition

Van't Hoff's equation for a chemical reaction under equilibrium is given by standard reaction enthalpy at temperature T and K is the equilibrium constant . Predict how K will vary with temperature for an exothermic

Van't Hoff's equation for a chemical reaction under equilibrium is given by standard reaction enthalpy at temperature T and K is the equilibrium constant . Predict how K will vary with temperature for an exothermic

The density of nitrogen under standard conditions is

Describe the equilibrium state and its attainment.