States of matter: Gaseous and liquid states
Chemistry Solutions from Chapter -1 - States of matter: Gaseous and liquid states
This chapter discusses three distinct physical forms of a substance. It describes these substances with the help of intermolecular forces and derivations. It explains Boyle’s law, Charles’ law, Gay Lussac’s law, and many other concepts.
Practice Other Topics from States of matter: Gaseous and liquid states
This topic covers concepts such as states of matter, solid state of matter, and gaseous state of matter.
This topic covers concepts such as intermolecular forces, london dispersion forces, dipole-dipole forces, dipole-induced dipole forces, and hydrogen bonding.
This topic covers concepts such as physical properties of a gas and diffusion of gases.
This topic covers concepts such as gas laws, Boyle's law, isotherm in graph, Charles' law, and graphs based on Charles' law.
This topic covers concepts such as ideal gas equation, universal gas constant, density and molar mass relation, Dalton's law of partial pressures of gases, and derivation of Dalton's law.
This topic covers concepts such as kinetic molecular theory of gases, postulates of kinetic theory of gases, etc.
This topic covers concepts such as real gas, deviations from ideal gas behaviour, variation of compressibility factor with pressure, invalid assumptions of kinetic theory for real gases, and difference between ideal gases and real gases.
This topic covers concepts such as liquefaction of gases, Andrew's isotherms, Andrew's isotherm of carbon dioxide, critical temperature of gases, and critical pressure of gases.
This topic covers concepts such as vapour pressure, equilibrium vapour pressure, standard boiling point, surface tension, and factors affecting surface tension.
