Krishnaprasad

MECHANICS UNIT 9 Special Theory of Relativity Table of contents (1) Michelson-Morley Experiment (2) Michelson Morley Experiment details (3) Procedure of Michelson Morley Experiment (4) Postulates of Special Theory of Relativity (5) Lorentz Transformations (6) Theory of Simultaneity (7) Length contraction (8) Time dilation (9) Relativistic transformation of velocity (10)Relativistic transformation of acceleration (11) Wavenumber definition (12)Variation of mass with velocity (13) M...

MECHANICS UNIT 8 Non-Inertial Systems Table of contents (1) Frame of reference (2) Galilean transformations (3) Galilean transformation, Limitations (4) Galilean in-variance (5) Inertial and Non-inertial frames (6) Fictitious force (7) Consistently rotating frame (8) Centrifugal force (9) Coriolis force and its applications

MECHANICS UNIT 7 Oscillations Table of contents (1) Idea of SHM. (simple Harmonic Motion) (2) Types of Simple Harmonic Motion (SHM) (3) Differential equation of SHM (4) Kinetic energy definition (5) Kinetic energy formula (6) Potential energy definition (7) Potential energy formula (8) Total energy and their time-average (9) Compound pendulum (10)Damped oscillation definition (11) Forced oscillations definition (12)Transient state (13)Steady State definition (14)Resonance definit...

MECHANICS UNIT 6 Motion of a particle under a central force field Table of contents (1) Motion of a particle under a central force (2) Angular momentum of a particle (3) Angular momentum formula (4) Kinetic energy and total energy (5) Kinetic energy definition (6) Energy definition (7) Energy equation and energy diagram (8) Kepler's laws (9) Kepler's first law (10)Kepler's second law (11) Kepler's third law (12)Satellite in circular orbit (13)Geosynchronous orbits.

MECHANICS UNIT5 Gravitation and centrel force motion Table of contents (1)Newton’s law of Gravitation (2) The formula of Newton's Law of Gravity (3) Qualities of Gravitational Force (4) Weight (5) Gravitational potential energy (6) Gravitational potential energy example (7) Inertial and gravitational mass (8) Gravitational mass (9) Gravitational potential and field due to spherical shell and solid sphere (10) Formula for Gravitational Potential Energy

MECHANICS UNIT 4 Rotational dynamics Rotational Dynamics Table of contents (1) Angular momentum of a particle (2) Torque (3) Principle of conservation of angular momentum (4) Principle of conservation of angular momentum example (5) Rotation about a fixed axis (6) Example of rotation about a fixed axis (7) Moment of inertia (8) Moment of inertia equation (9) The theorem of parallel axis of moment of inertia (10)Theorem of parallel axis formula (11)The theorem of perpendicular axes o...

MECHANICS UNIT 3 collision TABLE OF CONTENTS (1) Collision definition (2) Elastic collision (3) Inelastic collision (4) Elastic collision formula (5) Centre of Mass and Laboratory frames. (6) The laboratory frame of reference (7) Importance of Centre of Mass

PHYSICS- MECHANICS UNIT 2 TABLE OF CONTENTS (1) Work and Energy Theorem (2) Kinetic energy (3) Theorem of Work-Energy (4) Conservative force and Non-Conservative force (5) Potential energy (6) Energy diagram (7) Three states of equilibrium (8) Definition of stable equilibrium (9) Definition of unstable equilibrium (10)Neutral equilibrium

MECHANICS Fundamentals of Dynamics and Work and energy TABLE OF CONTENTS (1) Review of Newton’s Laws of Motion. (2) Newton’s First law of motion (3) Newton's Second Law of Motion (4) Acceleration and Velocity (5) Newton’s Third Law of Motion (6) Newton's third law of movement (7) Applying Newton’s Third Law (8) Work and potential energy (9) Work done by non-conservative forces (10) Law of conservation of Energy

Electricity and Magnetism UNIT 9 FULL NOTES ,Network theorems,Ideal constant-voltage and constant-current Sources ,Constant-current power supplies ,Kirchhoff's First Law Overview,Kirchhoff’s First law,Benefits of Kirchhoff's Law,Kirchhoff’s Voltage Law (KVL) (Kirchhoff’s second law),Explanation of KVL,Network Analysis ,Steps of Mesh Analysis (network Analysis) ,Thevenin's theorem ,Application of Thevenin's theorem, Norton theorem ,Superposition theorem ,The reciprocity theorem ,Maximum...

Electricity and Magnetism,Electrical Circuits,Types of Electric Circuits ,Parallel Circuit ,Domestic Electric Circuit,Series circuit,Essential Circuit Parts ,Active Circuit parts,Passive circuit parts,Kirchhoff's laws for AC circuit,Complex impedance ,Inductive reactance,Capacitive reactance ,Series LCR Circuit

Electricity and Magnetism UNIT 7 FULL NOTES,Electromagnetic Induction ,Faraday’s Law,Faraday's Experiment,Lenz’s Law,Lenz Law Formula,The Applications of Lenz's Law ,Self-Inductance ,Formula of Self-inductance,Mutual induction ,Reciprocity theorem ,Application of reciprocity theorem ,Energy stored in a magnetic field ,Energy stored in a magnetic field formula and derivation ,Maxwell's Equations ,Maxwell’s First Equation ,Maxwell's second equation,Maxwell's third equation ,Conservation...

Electricity and Magnetism UNIT 6 FULL NOTES ,Magnetic Properties of Matter ,Magnetization vector,Magnetic intensity,Magnetic permeability,Magnetic Susceptibility,Ferromagnetism definition,Examples of ferromagnetic substances,Applications of Ferromagnetism,The B-H curve ,Hysteresis,Hysteresis definition

Electricity and Magnetism UNIT 5 FULL NOTES ,Magnetic Field,Displacement vector D. ,Working of Electric Displacement ,Equation for Electric Displacement ,How Electric Displacement is becoming a Vector Quantity ,Relation between polarization vector (P), displacement (D) and electric field (E),Magnetic force between current elements ,Biot-Savart Law ,Explain Biot-Savart Law ,Derivation of Biot-Savart Law. ,Current Loop as a Magnetic Dipole and its Dipole Moment ,Ampere’s Circuital Law,Ampere’s...

Electricity and Magnetism UNIT 4 FULL NOTES ,Dielectric Properties of Matter ,Electric Field in matter,Polarization,Dielectrics,Induced Dipoles and Polarizability ,Alignment of polar molecules ,Electric susceptibility ,Dielectric Constant ,Electric Susceptibility Formula ,Parallel plate Capacitor, Spherical capacitor,Cylindrical capacitor

Electricity and Magnetism UNIT 3 FULL NOTES ,Electrostatic potential ,What is Electric Potential Energy?,Electric Potential Formula,Electric potential formula method 1,Electric potential formula method 2 by using coulomb’s law,Electrostatic energy of a charged sphere, Electrostatic Conductor ,What is a Conductor? ,Coulomb’s Law of Electrostatics,Electrostatic Properties of a Conductor,Surface charge and force on a conductor ,Mechanical Force on the Charged Conductor ,Capacitance of a system ...

Electricity and Magnetism UNIT 2 FULL NOTES ,Electrostatic potential. ,Potential difference formula.,Electric potential energy formula,Solved example of potential energy formula,Laplace’s equation of electrostatics ,Poisson’s Equation. ,Electric Dipole,Potential and electric field of a dipole ,Force and torque on a dipole ,Derivation of torque ,Torque on a Dipole in a Uniform Electric Field ,Conclusion and three important points to remember

Electricity and Magnetism UNIT 1,Electric field lines ,General properties of Electric field lines ,Electric flux ,Unit of electric flux ,Formula of electric flux ,Gauss’ law ,Gauss’ law formula ,Gauss‟ Law with applications to charge distributions with spherical, cylindrical and planar symmetry. ,Electric field due to infinitely charged wire. ,Electric field due to infinite plate sheet ,Electric field due to thin spherical shell both inside and outside

Describing Motion with Words ,Introduction ,Scalars and vectors ,Distance and displacement ,Speed and velocity ,Acceleration ,

Plane, circularly, and elliptically polarized light ,Retardation plates ,Production and analysis of plane, circularly and elliptically polarized light, By retardation plates ,Experimental arrangements for the production of polarized light ,Application of retardation plates ,Malu’s law ,Magnetic Rotary polarization ,Frequently asked questions with answers