Homogeneous mixing and compressibiltiy both result from the fact that the molecules are far apart in gases. Mixting occurs because indicidual gaseous molecules have little interaction with their neighbours, assuming that no reaction taken place, the chemical identites is possible in gases because only about 0.1% of the volume of a typical gas is taken up by the molecules themselves under normal circumstances, the remaining 99.9% is empty space Assume molecules are spherical of radius 1 Å, volume occupied by molecules in one mole of a gas at NTP is

Homogeneous mixing and compressibiltiy both result from the fact that

1.	Homogeneous mixing and compressibiltiy both result from the fact that the molecules are far apart in gases. Mixting occurs because indicidual gaseous molecules have little interaction with their neighbours, assuming that no reaction taken place, the chemical identites is possible in gases because only about 0.1% of the volume of a typical gas is taken up by the molecules themselves under normal circumstances, the remaining 99.9% is empty space Assume molecules are spherical of radius 1 Å, volume occupied by molecules in one mole of a gas at NTP is
Answer» `2.52 m^(3)` `2.52 XX 10^(-4) m^(3)` `2.5 xx 10^(-6) m^(3)` `2.52 xx 10^(-2) m^(3)` ANSWER :C