States of Matter



Watch the Demo

Download our app to watch full video!


Download App

Contents

Matter


Description: Introduction to states of matter explains the different phases of substances. Conditions and intermolecular forces influencing these states are discussed, including dipole-induced dipole interactions, elucidating molecular behavior in different environmen


Interaction


Description: Ion-dipole interaction, non-polar interaction, and dispersion forces are intermolecular attractions affecting gases. These forces, along with measurable properties, elucidate the behavior and characteristics of gas molecules in various environments.


Gas Laws


Description: Gas laws govern the behavior of gases under different conditions. Charles’s law relates volume and temperature, while Gay Lussac’s law describes the relationship between pressure and temperature in a fixed volume.


Avogadro's Law & Constant


Description: Avogadro's Law states that equal volumes of gases at the same temperature and pressure contain an equal number of molecules. The gas constant relates the properties of gases in ideal conditions.


Problems


Description: Problems Based on Ideal Gas Equation


Partial Pressure


Description: Dalton's Law of Partial Pressure states that in a mixture of gases, the total pressure is the sum of the partial pressures of each gas. Problems based on Avogadro & Ideal Gas Law involve gas volume and quantity calculations.


Dalton's Law


Description: The application of Dalton's Law encompasses various scenarios where the total pressure of a gas mixture is determined by the sum of the partial pressures contributed by each individual gas component.


Ideal & Real Gases.


Description: Diffusion and effusion involve gas movement. Graham's law and partial pressure problems relate to gas velocities. Kinetic Molecular Theory explains gas behavior. Vander Waal's equation and its application elucidate deviations between ideal and real gases.


Joule-Thomson & Andrew’s


Description: The Joule-Thomson effect concerns temperature changes due to gas expansion. Andrew’s isotherm studies gas adsorption. Problems on liquefaction involve gas compression and cooling calculations.


Related Courses

Some Basic Concepts of Chemistry

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More

Introduction to Analytical Chemistry

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More

Some Analytical Techniques

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More

Structure of Atom

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More

Redox Reactions

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More

Modern Periodic Table

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More

Elements of Group 1 and 2

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More

Adsorption and Colloids

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More

Chemical Equilibrium

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More

Nuclear Chemistry and Radioactivity

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More

Basic Principles of Organic Chemistry

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More

Chemical Bonding

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More

Hydrocarbons

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More

Chemistry in Everyday Life

Board: State Board

Stream: Science

Standard: XI

Course: Chemistry

Know More