`N_(2)O_(4)` is `25%` dissociated at `37^(@)C` and `1 atm`. Calculate (i) `K_(p)` and (ii) the percentage dissociation at `0.1` atm and `37^(@)C`.

N_(2)O_(4) is 25% dissociated at 37^(@)C and 1 atm . Calculate K_(p)

N_(2)_(4) is 25% dissociated at 37^(@)C and one atmosphere pressure. Calculate (i) K_(p) and (ii) the percentage dissociation at 0.1 atm and 37^(@)C

N_(2) O_(4) is 25% dissociated at 37^(@)C and one atmosphere pressure. Calculate (i) K_(p) and (ii) the percentage dissociation at 0.1 atm and 37^(@)C

The degree of dissociation of N_(2)O_(4) into NO_(2) at 1 atm 40^(@)C is 0.310 . Calculate its K_(p) at 40^(@)C . Also report the degree of dissociation at 10 atm pressure at same temperature.

20% N_(2)O_(4) molecules are dissociated in a sample of gas at 27^(@)C and 1 atm. Calculate the density of the equilibrium mixture.

N_(2)O_(4) is dissociated to 33% and 50% at total pressure P_(1) and P_(2) atm respectively. The ratio of (P_(1))/(P_(2)) is :

N_(2)O_(4) is dissociated to 33% and 50% at total pressure P_(1) and P_(2)atm respectively. The ratio of P_(1)//P_(2) is:

N_(2)O_(4) is dissociated to 33% and 50% at total pressure P_(1) and P_(2)atm respectively. The ratio of P_(1)//P_(2) is: