| System of Units |
Dimensional Analysis |
| Significant Figures |
Errors in Measurement |
| Vernier Callipers , Screw Gauge |
| Vectors : Resultant of Vectors & Resolution of Vectors |
Multiplication of Vectors , Scalar Product , Vector Product |
| Rest , Motion , Frame of Reference , distance & displacement |
Average Speed , Average Velocity , Instantaneous Speed & Instantaneous Velocity |
| Average Acceleration , Instantaneous Acceleration |
Uniformly & Non-Uniformly Accelerated Motion |
| Motion Under Gravity |
Physical Significance of Relative Velocity |
| Oblique projection on a horizontal surface |
Time of Flight , Maximum Height , Horizontal Range |
| Angle of Projection for a given Ratio of Range & Max. Height |
Position, Time , Speed at any Angular Elevation |
| Horizontal Projection , Equation of Trajectory , Time of flight , Range |
Radius of Curvature of a Projectile Motion |
| Projectile on an Inclined Plane |
| Circular Motion , Average velocity , Centripetal Acceleration |
Non-uniform Circular Motion |
| Concept of force & Laws Of Motion |
Inertial & Non–Inertial frame of Reference |
| Pseudo Force |
| Friction : Static friction , Limiting friction , Kinetic friction |
Variation of Friction with applied Force |
| Block on Block Problem in Friction |
Circular Turning , Banking of Roads , Conical Pendulum |
| Work Power & Energy |
Conservative Force & Non-conservative Force |
| Work done by Spring Force |
Kinetic Energy , Work Energy Theorem , Potential Energy |
| Conservation of Energy , Significance of potential energy |
Instantaneous Power , Average Power |
| Centre of mass of a system |
Velocity of Center of mass , Acceleration of Center of mass |
| Conservation of Momentum |
| Impulse , Impulsive force |
Conservation of linear momentum during impact |
| Collision & Coefficient of Restitution |
Line of Impact during Collision |
| Head on Collision , Velocity after Collision , Loss of Kinetic Energy |
Oblique Impact , Collision |
| Motion of Rigid body , Rotational Motion |
Kinetic Energy of Rotation , Moment of Inertia |
| Moment of Inertia of a Ring |
Parallel Axis & Perpendicular Axis Theorem |
| Torque & Pseudo Torque |
Angular Momentum & its Conservation |
Relation between Torque & Angular Acceleration
|
Combined Rotation and Translation , Rolling Motion |
| Law of Gravitation , Gravitational Field |
Variation in Acceleration due to Gravity |
| Work done in Gravitational Field |
Gravitational Potential Energy |
| Gravitational Potential |
Escape Velocity |
| Kepler’s Laws of Planetary Motion |
Motion of Satellite , Orbital Speed , Total Energy , Angular Momentum |
| Elasticity , Stress , Strain |
Hooke’s law & Modulus of elasticity |
| Stress & Strain curve for wire |
Elastic potential energy |
| Elongation of Rod under its own weight |
| Density , Relative Density & Density of Mixture |
Pressure & Variation of Pressure with depth |
| Pascal law , Applications of Pascal Law , Hydraulic Lift |
Measurement of Pressure , Barometer , Manometer |
| Archimede’s Principle , Buoyancy |
| Steady Flow , Unsteady Flow , Streamline Flow |
Principle of Continuity in Fluid dynamics |
| Bernoulli’s Theorem |
Venturimeter |
| Velocity of Efflux , Torricelli’s Theorem |
Surface Tension |
| Relation between Surface Energy & Surface Tension |
Excess Pressure inside a soap bubble |
| Angle of contact |
Capillarity , Ascent Formula |
| Viscosity , Stoke’s Law , Terminal Velocity |
Poiseuille formula |
| Thermal Expansion , Linear expansion , Area expansion , Volume expansion |
Variation of Density with temperature |
| Real expansion , Apparent expansion of Liquid |
Thermal Stress |
| Effect of Temperature on Pendulum Clocks |
Heat , Specific Heat Capacity , Molar Heat Capacity , Latent Heat , Water-Equivalent , Principle of Calorimetry |
| Laws of Thermodynamics , Zeroth Law of Thermodynamics , First law of Thermodynamics |
Mayor’s Relation (Cp – Cv = R) , Thermodynamic Processes |
| Second law of Thermodynamics , Carnot Heat Engine & Refrigerator |
Kinetic Theory of Gases |
| Transfer of Heat : Conduction , Convection & Radiation |
| Periodic motion , Stable Equilibrium & Oscillation |
Simple Harmonic Motion : Linear & Angular SHM |
| Analytical Treatment to SHM |
Energy in SHM , Kinetic Energy , Potential Energy |
| Average Value of P.E. , K.E. of Harmonic Oscillator |
SHM as Projection of Circular Motion |
| Simple Pendulum in Inertial and Non Inertial Frame |
Time period of a Long Pendulum |
| SHM of Spring Mass System |
Physical Pendulum , Torsional Pendulum |
| Undamped and Damped simple harmonic oscillations |
| Wave and Wave Functions |
Equation of a Plane Progressive Wave , Energy, Power , Intensity of a Wave |
| Speed of Wave in a String |
Sound Waves , Infrasonic and Ultrasonic Waves |
| Velocity of Sound , Newton’s Formula and Laplace’s correction |
Factors affecting Velocity of Sound |
| Displacement Wave , Pressure Wave |
Pitch, Loudness , Quality of Sound Wave |
| Reflection, Refraction and Superposition of Waves |
Standing Waves in a String |
| Vibration of strings |
Vibration of air columns , Closed organ Pipe , Open organ Pipe |
| Beats |
Doppler Effect |
| Charging of the body |
Coulomb’s Law , Force between two point charges |
| Principle of superpostion |
Electric field |
| Electric Potential Energy |
Electric Lines of Force & its Properties |
| Electric Potential |
Equipotential Surface , Relation and Electric field & Potential |
| Electric Dipole , Dipole Moment & Electric Field Intensity due to Dipole |
Electric Flux , Gauss Law & Applications of Gauss’s Law |
| Charge appearing on the Surface of Plates |
Mechanical Force , Electric Pressure on a Charged Surface |
| Capacitance of a Parallel Plate Capacitor , Energy Stored in a Capacitor & Energy Density |
Cylindrical Capacitor and Spherical Capacitor |
| Series and Parallel Combination of Capacitors |
Redistribution of Charge, Common Potential & Loss of Energy |
| Parallel Plate Capacitor with different Charges |
Effect of Dielectrics on Charged Capacitor |
| Energy of a Charged Conductor or Capacitor |
| Electric Current , Drift velocity , Deduction of Ohm’s Law |
Combination of Resistors , Equivalent Resistance |
| Grouping of Cells |
Concept of EMF , Terminal Potential Difference |
| Kirchhoff ‘s Laws |
Wheatstone Bridge Principle , Metre Bridge |
| Ammeter , Voltmeter |
Potentiometer , Applications of Potentiometer |
| Sensitivity of Potentiometer |
Charging of capacitors |
| Discharging of Capacitors |
Heating effect of currents |
| Magnetic Effect Of Current |
Magnetic field due to straight conductor carrying current |
| Magnetic field on the axis of circular loop |
Magnetic field due to circular loop |
| Magnetic Effect Of Current |
Magnetic Effect Of Current |
| Magnetism |
| Electromagnetic Induction |
| Alternating Current |
| Electromagnetic Waves |
| Reflection of Light , Laws of Reflection |
Reflection at Spherical Surface , Mirror Formula |
| Lateral Magnification |
Refraction of Light , Laws of Refraction , Relation between Real depth and Apparent depth |
| Refraction Through Number of media , Total apparent shift of the image |
Total Internal Reflection |
| Refraction through a prism , Angle of Deviation |
Angle of minimum deviation , Prism Formula |
| Refraction at Curved surface |
Lens maker’s formula |
| Power of Combination of Lenses |
Simple Microscope |
| Simple Magnifier |
Compound Microscope |
| Wavefront , Types of Wavefront , Huygens Principle |
Interference , Constructive Interference , Destructive Interference |
| Conditions for Constructive and Destructive Interference |
Fringe Width in Young Double Slit Experiment |
| Angular Fringe Width |
Change in fringe width due to change in medium |
| Fringe shift due to thin film |
Diffraction of Light |
| Atomic Physics |
| Nuclear Physics |
| Radioactivity |
| Photoelectric Effect |
| X-RAY |
| Semiconductor Devices |
| Communication Systems |