ELECTROSTATICS ELECTRIC CHARGE ELECTROSTATIC INDUCTION CONDUCTORS, INSULATORS, AND SEMICONDUCTORS CHARGING OBJECTS BY INDUCTION ELECTRIC FORCE - COULUMB’S LAW ELECTRIC FIELD FIELD LINES PROPERTIES OF ELECTRIC LINES OF FORCE SIMPLE ALTERNATING CURRENT CIRCUIT
Electron Spin Magnetic Moment Classes of Magnetic Behaviour of Materials Modeling a Magnet Common Magnets Ampere Theorem Toroid
Waves Mechanical waves Electromagnetic waves Types of mechanical waves: Transverse wave Longitudinal wave Wave Interference ENERGY IN WAVE MOTION Wave Intensity
LIGHT: REFLECTION AND REFRACTION RAY AND BEAM OF LIGHT TYPES OF REFLECTION THE LAWS OF REFLECTION REFLECTION AT PLANE SURFACES REFLECTION AT SPHERICAL (CURVED) MIRRORS Basic Terms Related to Spherical Mirror Formation of Images by Spherical Mirrors Image formed by Concave (converging) mirrors Uses of concave mirrors Image formation by a Convex Mirror Uses of convex mirrors Mirror Formula and Magnification REFRACTION Refraction from different media Laws of Refraction Total Internal Reflection ...
PHY 101 CONSOLIDATING SOLUTIONS TO PAST QUESTIONS
Nuclear StructureNuclear ModelsRadioactivityThe Energetic of ParticleNuclear ReactionsInteraction of Radiation with Matter
POSITION, DISTANCE AND DISPLACEMENTDISPLACEMENT, SPEED AND VELOCITYVECTORS AND SCALAR QUANTITIES MOTIONHEAT AND ITS MEASUREMENTTHERMOMETERHEAT AND WORKHEAT CAPACITIESHEAT TRANSFERPROPERTIES OF MATTERCONCEPTS AND PROPERTIES OF WAVESCLASSIFICATION OF WAVESPROPERTIES OF WAVESWAVE NATURE OF LIGHT, VELOCITY OF LIGHTCLASSIFICATION OF WAVES
MODULE 1 GENERALIZED COORDINATES AND CONSTRAINTSConstraintsGeneralized CoordinatesVirtual work, Virtual Displacement, and Generalized ForcesModule 2 Lagrange's and Hamilton’s Formulation of MechanicsD’Alembert’s Principle Of Virtual WorkLagrangian MechanicsHamiltonian MechanicsModule 3 Central force and ScatteringThe Generic Central Force ProblemKepler’s ProblemScattering Cross SectionModule 4 Motion in Non-Inertial Reference FrameTime Derivative in Fixed and Rotating FramesMotion Rel...
MODULE 1Introduction to Laboratory-I: MeasurementIntroduction to Laboratory-I: Error AnalysisExperiment 1: To Investigate the Dependence of the Period of a Pendulum on Length, Amplitude and MassExperiment 2: Oscillations of a Spring-Mass System and a Torsional PendulumExperiment 3: A Study of Energy and Momentum Conservation Principles.MODULE 2Experiment 4: A Study of Coupled OscillationsExperiment 5: Relation between Wavelength and Frequency of Stationary WavesExperiment 6: Young’s Modulus...
Module 1 Reflection and Refraction at Plane and Curved SurfacesReflection on Plane SurfacesReflection on Curved Surfaces Refraction at Plane Surfaces Refraction through PrismsRefraction at Curved SurfacesModule 2 Lenses and Optical InstrumentsImages Formed By a Converging Lens and Diverging Lens (Ray Tracing) Lens Formula and Spectra The Eye Optical Instruments Other Types of Telescopes Module 3 Interference and Polarization of Light Interference I...
Earth: Internal Structure and Constitution, Densities: Rocks And OresOrigin of the EarthMotions of the earthThe internal and external structures of the earthVariation of some physical properties within the solid earth
DIFFERENTIAL CALCULUSMEASUREMENT OF TEMPERATUREHEAT TRANSFER MECHANISM FIRST LAW OF THERMODYNAMICSCONSEQUENCES OF THE FIRST LAW OF THERMODYNAMICSENTROPY AND THE SECOND LAW OF THERMODYNAMICSHEAT ENGINESREFRIGERATORSCOMBINED FIRST AND SECOND LAWSTHERMODYNAMIC POTENTIALSTHE MAXWELL RELATIONS OF THERMODYNAMICSTDS EQUATIONSPHASE TRANSITIONSTHROTTLING PROCESS AND FREE EXPANSION OF A GASPRODUCTION OF LOW TEMPERATUREPHENOMENA AT LOW TEMPERATURE AND THE THIRD LAW OF THERMODYNAMICS
ASTRONOMYTHE SOLAR SYSTEMSATELLITE SYSTEMSSATELLITE NETWORKSSATELLITE COMMUNICATIONSATMOSPHERIC SCIENCE & THE SPACE ENVIRONMENTINTRODUCTION TO ATMOSPHERIC SCIENCESTRUCTURE OF THE ATMOSPHERETHERMODYNAMICSATMOSPHERIC DYNAMICSTHE SPACE ENVIRONMENTROCKET ENGINEERING, SPACE EXPLORATION & SPACE LAWROCKET ENGINEERING ROTATION OF THE EARTHINTRODUCTION TO COSMOLOGYMODERN COSMOLOGYSPACE LAW
MACROSCOPIC PROPERTIES OF DIELECTRICSCAPACITORMICROSCOPIC PROPERTIES OF DIELECTRICSMAGNETISM OF MATERIALS - IMAGNETISM OF MATERIALS - II
MODULE 1: MOTION IN CENTRAL FORCE FIELDSVector AnalysisCentral – Conservative ForcesKinematics in Polar coordinatesEnergy Conservation in Central – Conservative Force FieldsCentral – Conservative Force and Planetary MotionSolutions to TMAMODULE 2: OSCILLATORY MOTIONLinear Simple Harmonic OscillatorConservation of Energy in SHMDamped Oscillatory MotionForced Oscillatory MotionCoupled OscillationMODULE 3: LAGRANGE AND HAMILTONIAN MECHANICSThe Frame of Reference and Constraints of MotionGe...