Calculate rms speed of `O_(2)` at 273 K and `1 xx 10^(5)` Pa pressure. The density of `O_(2)` under these conditions is `1.42 kg m^(-3)`.

Calculate the rms speed of nitrogen at STP (pressure =1 atm and temperature = 0^0 C . The density of nitrgoen in these conditions is 1.25 kg m^(-3)

Calculate the rms speed of nitrogen at STP (pressure =1 atm and temperature = 0^0 C . The density of nitrgoen in these conditions is 1.25 kg m^(-3)

Calculate the rms speed of nitrogen at STP (pressure =1 atm and temperature = 0^0 C . The density of nitrgoen in these conditions is 1.25 kg m^(-3)

N_(2)O_(4) is 60% dissociated into NO_(2) at 340K and 1 atm pressure. Find the volume of 10 g N_(2)O_(4) occupy under these condition.

Find the rotational kinetic energy of 2 kg of oxygen gas molecules (in joules) at 1 atm pressure. The density of O_(2) is 2.03xx10^(5)kg//m^(3) .

The osmotic pressure of a solution at 273 K is 2.5 atm. Its osmotic pressure at 546 K under similar conditions will be :

What is r.m.s speed of O_(2) molecule if its kinetic energy is 2 k cal "mol"^(-1) ?

What is r.m.s speed of O_(2) molecule if its kinetic energy is 2 k cal "mol"^(-1) ?