CBSE Class 11 Chemistry Notes Chapter 5 States of Matter & Solid State
Download PDF* of Class 11 Chemistry notes Chapter 5 States of Matter & Solid State. Notes of Chapter 5 States of Matter & Solid State contains all the topic as per the syllabus of NCERT. Each topic is explained in very easy language with colored diagrams. Typical topics are divided into parts so that student can understand these topics step by step. Class 11 Chemistry notes Chapter 5 States of Matter & Solid State is prepared by our experts as per the latest syllabus and exam pattern Class 11 Chemistry. Derivation of formulas is given in very simple ways after consulting from various books and expert teachers. Also don’t forget to download Class 11 Notes of other Subjects like Physics, Mathematics Formulas sheets, Biology. Along with Notes, we are also providing Online Quizzes for each Chapters of Class 11 Chemistry and other subjects. Online Quizzes are given topic wise and contains MCQs with timer to attempt the quizzes. After reading the Class 11 Chemistry Notes of Chapter 5 States of Matter & Solid State, students can revise the whole Chapter in Our Online quizzes.
Syllabus Covered
CBSE Class 11 Chemistry Notes Chapter 5 States of Matter & Solid State
Introduction, Intermolecular Forces, Dispersion Forces Or London Forces, Dipole-Dipole Forces, Dipole-Induced Dipole Forces, H- Bonding, Factors Which Effect London Forces, Gaseous State, Measurement of Mass, Measurement of Pressure, Pressure Is Measured By Barometer & Manometers, Important Relations For Pressure, Important Relations For Volume, Some Laws Related to Gaseous State, Boyle’s Law, Charle’s Law, Graphical Representation of Charle’s Law, Significance of Charle’s Law, Amonton‘S Law , Avogadro’s Law, Ideal Gas Equation, Derivation of Ideal Gas Equation, Dalton‘S Law of Partial Pressure, Graham’s Law of Diffusion, Kinetic Theory of Gases, Explanation of Gas Laws on The Basic of Kinetic Theory, Maxwell Distribution of Energy, Most Probable Velocity (𝛂), Average Velocity (V), Root Mean Square Velocity (𝛍), Concept of Ideal & Real Gas, Vander Wall Equation, Significance of a & B, Derivation of Vander Waal Equation, Correction For Volume, Correction For Pressure, Liquification of Gas: Andrew’s Experiment , Boiling Point, Difference Between Boiling & Evaporation, Kinetic Gas Equation, Pressure Exerted By a Gas, Derivation of Gas Laws From Kinetic Theory of Gas.
Solid, Properties of Solid, Types of Solid, Amorphous Solid, Crystalline Solid, Difference Between Amorphous Or Crystalline Solid, Types of Crystalline Solid, Space Lattice , Unit Cell, Types of Cell Depending Upon Position of Particles, Primitive Or Simple Unit Cell, Non- Primitive Or Centered Unit Cell, Type of Unit Cell Axial Length and Axial Angle, Close Packing In Solids, One Dimensional Close Packing, Two Dimensional Close Packing, Two-Dimensional Square Close Packing, Two-Dimensional Hexagonal Close Packing, Close Packing In Three Dimensions( From Two Dimensional Square Close-Packed Layers, From Two Dimensional Hexagonal Close Packed Layers), Placing Third Layer Over The Second Layer, Covering Tetrahedral Voids, Covering Octahedral Voids, Calculation of Particles, For Simple Unit Cell, For Face Centered Cubic, For Ecc, For Bcc, Calculation of Packing Efficiency, For Simple Unit Cell, For Fcc Unit Cell, Packing Efficiency of Bcc, Calculation of Radius of Octahedral Void, Calculation of Radius of Tetrahedral Void, Number & Location of Octahedral & Tetrahedral Void, For Fcc, Position of Octahedral Void, Nearest Neighbour Distance (D), Edge Length (a), Radius (R), For Simple Unit Cell, For Fcc, For Bcc, Coordination Number (CN), Radius Ratio & Coordination Number, Density of a Unit Cell, Defect, Types of Point Defect, Stoichiometric Defect, Non – Stoichiometric Defect (Metal Excess Defect, Metal Deficiency Defect,Impurity Defect), Doping , P-Type Semiconductors, N-Type Semiconductors, Magnetic Properties of Solid (Diamagnetic, Paramagnetic Substance, Ferromagnetic Substance, Anti Ferro Magnetic Substance, Ferri Magnetic Substance, Electrical Properties of Solid, Bond Theory of Solids, Super Conductivity.
