For the gaseous phase reaction 2A+B harr 2C+D, initially there are 2 mole each of A & B. If 0.4 mol of D is present at equilibrium at a given T & P, in-correct relationship is

For the gaseous phase reaction 2A+B harr 2C+D, initially there are 2 m

1.	For the gaseous phase reaction 2A+B harr 2C+D, initially there are 2 mole each of A & B. If 0.4 mol of D is present at equilibrium at a given T & P, in-correct relationship is
Answer» `P_A LT P_B & P_D lt P_C` `P_A=P_C & P_B=P_D` `P_C=2P_D & P_A=3P_B//4` `P_A gt P_D & P_B gt P_C` Solution : but no. of moles of D at equlibrium (x)=0.4 `1.2""1.6""0.8""0.4` partial pressure of a GAS `ALPHA` its no. of moles