At certain temperature the `K_(D_(2)O)` is `10^(-16) M`. Then the `pD` of pure `D_(2)O` at that temperature is

At certain temperature the K_(w) of D_(2) O is 10^(=-16) M. Then the pH of pure D_(2) O at that temperature is

At certain temperature the K_(w) of D_(2) ,O is 10^(=-16) M. Then the pD of pure D_(2) ,O at that temperature is

The vapour density of N_(2) O_(4) at certain temperature is 30 . What is the percentage dissociation of N_(2) O_(4) at that temperature ? [Hint : alpha = (D - d) // d ( n - 1) ]

At a certain temperature, K_w of pure water =10^(-12) What will be the pH of a neutral solution at that temperature?

K_c for N_2+O_2 harr 2NO at certain temprature is 1.6 xx 10^(-3) , then K_p for NO harr 1//2N_2+1//2O_2 at same temperature will be

At a certain temperature, the rms velocity for O_(2) is 400 ms^(-1) . At the same temperature, the rms velocity for H_(2) molecules will be

At certain temperature the H^(+) ions concentration of water is 4 xx 10^(-7) M then the value of K_(w) at the same temperature is

Molarity of pure D_(2)O will be