Given that `E_(H_(2)O|H_(2)|Pt)` =0 at 298K. The pressure of `H_(2)` gas would be

The pH of D_(2)O and H_(2)O at 298 K is

The value of (E_(H_(2)O)//H_(2)^(@)) (1atm) Pt at 298K would b e

The pH of D_(2)O and H_(2)O at 298 k is

Partial pressure of N_(2) gas at 298 K is 0.987 bargt If is bubbled through water at 298 K, how many millimoles of N_(2) gas would be dissolved in 1 litre of water ? (Given : K_(H) for N_(2) at 298 K =76.48 bar).

Partial pressure of N_(2) gas at 298 K is 0.987 bargt If is bubbled through water at 298 K, how many millimoles of N_(2) gas would be dissolved in 1 litre of water ? (Given : K_(H) for N_(2) at 298 K =76.48 bar).

A 100 dm^(3) flask contains 10 mol each of N_(2) and H_(2) at 700 K . After equilibrium was reached, partial pressure of H_(2) was 1 atm . At this point, 5 L of H_(2)O(l) was injected and gas mixture was cooled to 298 K . Find out the gas pressure.

A 100 dm^(3) flask contains 10 mol each of N_(2) and H_(2) at 700 K . After equilibrium was reached, partial pressure of H_(2) was 1 atm . At this point, 5 L of H_(2)O(l) was injected and gas mixture was cooled to 298 K . Find out the gas pressure.

The standared heat of formation listed for gaseous NH_(3) is -11.0kcal mol^(-1) at 298K . Given that at 298k , the constant pressure heat capacities of gaseous N_(2),H_(2) , and NH_(3) are, respectively, 7.0, 6.0 and 8.0 cal mol^(-1) . Determine DeltaH^(Theta)underset(298K) and DeltaH_(773K) for the reactions: (1)/(2)N_(2)(g) +(3)/(2)H_(2)(g) rarr NH_(3)(g)