`N_(2)` molecule is spherical of radius 100 pm.
What is the volume of molecules in one mole of a gas ?

N_(2) molecule is spherical of radius 100 pm. What is the value of vander waal's constant b?

Assuming N_2 molecule of spherical shape with radius 2 xx 10^(-10) m, the percentage of empty space in one mole of N_2 gas taken at STP is :

Atomic and molecular sizes are typically of the order of a few Angstroms. Assuming that a N_2 molecules is spherical in shape with radius (r) = 2 xx 10^(-10) m, calculate the volume of a single N_2 molecule,

Assuming a nitrogen molecule spherical in shape and occupying the radius 200 pm calculate (a) The volume of single molecule of gas (b) the percentage of empty space in one mole of N_(2) gas at NTP ? .

Assuming a nitrogen molecule spherical in shape and occupying the radius 200 pm calculate (a) The volume of single molecule of gas (b) the percentage of empty space in one mole of N_(2) gas at NTP ? .

The deviations from ideal gas behaviour PV =RT were successfully explained by van der Waals he pointed out that it is not advisable to neglect the volume of molecules and attractions between themselves at all the conditions He proposed volume correction and pressure correction as (V -b) and ( P+(a)/(V^(2))) for 1 mole of gas in ideal gas equation . The volume occupied by molecules in motion for one mole of gas at NTP if molecules are spherical having radius 10^(-8) cm is .

The number of molecules in a gram-mole of molecule of a gas is called

Assuming oxygen molecule to be spherical in shape, calculate the volume of a single molecule of oxygen if its radius is 150 pm. Also calculate the percentage of empty space in one mole of the gas at STP.

(a) What is the average translational kinetic energy of a molecule of an ideal gas at temperature of 276@ C ? (a) What is the total random translational kinetic energy of the molecules in one mole of this gas ? ( c) What is the rms speed of oxygen molecules at this temperature ?