In a certain region of space there are only 5 molecules per `cm^(3)` of gas on an average. The temperature is `3K`. What is the average pressure of this gas ? .

In a certain region of space there are only 5 molecules per cm^(3) of an average The temperature is 3K What is the average pressure of this gas ? .

In a certain region of outer space there are only 100 molecules per cm^(3) on an average. The temperature there is about 3 K. What is the average pressure of this very dilute gas.

The average pressure of an ideal gas is

In certain region of space there are n number of molecules per unit volume. The temperature of the gas is T. The pressure of the gas will be (k = Boltzmann's constant and R = universal gas constant)

If vacuum techniques have reduced a gas to only 45 molecules/cm when the temperature is 293 K, what is the pressure in the gas?

Find the average momentum of molecules of hydrogen gas in a container at temperature 300K .

The temperature of a gas is a measure of the average ______ of its molecules.

In outer space the density of matter is about one atom per cm^(3) , mainly hydrogen atoms, and the temperature is about 3.6K. Calculate the average speed of these hydrogen atoms, and the pressure (in atmospheres).

The average energy per molecule of a gas at a given temperature, T, is given by

In a certain region of space there are only 5 gaseous there is 3 K. The pressure of this gas is (k_(B)=1.38xx10^(-23Jmol^(-1)K^(-1)))