States of Matter - Definition of Solid, Liquid, Gas & Plasma

8.09 dm3 8.89 dm3 9.09 dm3 8.13 dm3 All of the above Three states of matter are the result of balance between intermolecular forces and the thermal energy of the molecules Intermolecular forces tend to keep the molecules together but thermal energy of the molecules tends to  keep them apart Thermal energy is the measure of average kinetic energy of the particles of the matter and is thus responsible for movement of particles. Solid < Liquid < Gas Liquid < Solid < Gas Liquid < Gas < Solid Gas < Solid < Liquid Gases like liquids possess definite volumes Molecules of a solid possess vibratory motion The density of solid is highest whereas that of gases is lowest Molecules of a solid possess least energy whereas those of a gas possess highest energy Thermal energy >> Molecular attraction Thermal energy << Molecular attraction Molecular force >> Those in liquids Thermal energy = Molecular attraction Robert Boyle Gay Lussac Jacques charles Avogadro 150 mm of Hg 350 mm of Hg 250 mm of Hg 450 mm of Hg 446.66 ml 771.56 ml 326.32 ml 546.32 ml 15/16 1/16 1/2 1 HCl and He atoms H2O and alcohol Cl2 and CCl4 None of these 4 x 10-3 1.5 x 10-3 1.2 x 10-3 2 x 10-3 620℃ 173℃ 110℃ 373℃ Micro-oven Sun Moon Heater

Only thermal energy

Both thermal and Kinetic energy

Only kinetic energy

Potential and Kinetic energy

Pressure of a gas is inversely proportional the volume at constant temperature

Volume is directly proportional to the temperature at constant pressure

None of the above

Pressure of a gas is directly proportional to the temperature at constant volume

The product of pressure and volume always remains constant

None of these

Pressure always remains constant

Volume always remains constant

Gallium

Indium

Aluminum

Tungsten

Graphite

Diamond

Iron

Copper

Present

Absent

Slight

Huge

Ideal gas

Noble gas

Non-ideal gas

Inert gas