EdVanD

Oscillations and Waves - Beats and Doppler Effect

Oscillations and Waves - Periodic and Harmonic Motion

Oscillations and Waves - Simple Pendulum and Time Period

Oscillations and Waves - Spring and Energy in SHM

Oscillations and Waves - Standing Waves and Harmonics

Oscillations and Waves - Types of Oscillations

Oscillations and Waves - Wave Displacement and Superposition

Oscillations and Waves - Wave Motion Basics

Physical World and Measurement - Accuracy, Errors, and Significant Figures

Physical World and Measurement - Branches and Applications of Physics

Physical World and Measurement - Dimensional Analysis Techniques

Physical World and Measurement - Fundamental Laws and Their Features

Physical World and Measurement - Measurement of Basic Quantities

Physical World and Measurement - Systems and Units of Measurement

Properties of Bulk Matter - Bernoulli's Theorem Applications

Properties of Bulk Matter - Elasticity and Stress-Strain

Properties of Bulk Matter - Heat and Temperature Concepts

Properties of Bulk Matter - Heat Transfer Mechanisms

Properties of Bulk Matter - Pressure and Pascal'ss Law

Properties of Bulk Matter - Surface Tension Concepts

Properties of Bulk Matter - Viscosity and Flow

Thermodynamics - First Law of Thermodynamics

Thermodynamics - Heat, Work, and Internal Energy

Thermodynamics - Second Law of Thermodynamics

Thermodynamics - Thermal Equilibrium and Temperature

Work, Energy and Power - Elastic and Inelastic Collisions

Work, Energy and Power - Kinetic and potential energies

Work, Energy and Power - Kinetic Energy and Work-Energy Theorem

Work, Energy and Power - Power and Its Units

Work, Energy and Power - Variable and Constant Force Work

Work, Energy and Power - Work and Scalar Product

Behaviour of Perfect Gas and Kinetic Theory - Assumptions of Kinetic Theory
List assumptions of kinetic theory Concept of pressure in gases Relate pressure with molecular motion
Behaviour of Perfect Gas and Kinetic Theory - Equation of State for Gases
State ideal gas equation PV = nRT Calculate work in gas compression
Behaviour of Perfect Gas and Kinetic Theory - Equipartition and Specific Heats
State law of equipartition of energy Understand degrees of freedom Concept on law of equipartition of energy Application of law of equipartitio to heat capacities
Behaviour of Perfect Gas and Kinetic Theory - Kinetic Energy and Temperature
Relate kinetic energy and temperature Define rms speed of gas molecules
Behaviour of Perfect Gas and Kinetic Theory - Mean Free Path and Avogadro Number
Define mean free path State and use Avogadro number
Gravitation - Acceleration Due to Gravity
Define g on Earth's surface State variation with altitude State variation with depth
Gravitation - Gravitational Potential and Energy
Define gravitational potential Define gravitational potential energy
Gravitation - Kepler's Laws and Gravitation
Understand Kepler's three laws Learn universal law of gravitation
Gravitation - Satellites and Escape Velocity
Define escape speed Calculate orbital velocity State properties of geostationary satellites
Kinematics - Calculus in Kinematics
Use derivative to find velocity Use derivative to find acceleration Use integration to find displacement Use integration to find velocity
Kinematics - Frame of Reference
Define a frame of reference Differentiate inertial and non-inertial frames Give examples of reference frames
Kinematics - Motion in Plane
Solve problems on projectile motion Plot trajectory of a projectile Derive time of flight formula Derive range of projectile formula Derive maximum height formula
Kinematics - Motion in Straight Line
Plot position-time graph for uniform motion Plot position-time graph for non-uniform motion Define average speed and velocity Define instantaneous velocity from graph
Kinematics - Relative Velocity
Define relative velocity in 1D Define relative velocity in 2D Solve boat and river problems
Kinematics - Uniform Circular Motion
Define angular velocity and linear velocity Relate centripetal force with motion
Kinematics - Uniformly Accelerated Motion
Draw velocity-time graph for constant acceleration Draw position-time graph for constant acceleration Derive v = u + at graphically Derive s = ut + 1/2at^2 graphically Derive v2 = u2 + 2as graphically
Kinematics - Vector Basics and Operations
Define scalar and vector quantities Draw position and displacement vectors Add vectors graphically Subtract vectors graphically Multiply vector by a real number
Kinematics - Vector Resolution and Components
Resolve vector into rectangular components Draw unit vectors in a plane Find resultant using components
Laws of Motion - Circular Motion Dynamics
Define centripetal force Force on vehicle on flat circular road Force on vehicle on banked road problem
Laws of Motion - Conservation of Momentum
State law of momentum conservation Apply conservation in two-body collisions Solve linear momentum problems
Laws of Motion - Force and Inertia Concepts
Define force in physical terms Explain inertia with daily examples State Newton's first law of montion
Laws of Motion - Friction and Equilibrium
Define static and kinetic friction State laws of friction ROlling friction and its applications Friction with inclined planes Friction with pulley systems Friction with wedge systems Friction with lubricated surfaces Solve equilibrium problems with friction
Laws of Motion - Impulse and Third Law of Motion
Define impulse and its formula State Newton's third law of motion Explain action-reaction with examples
Laws of Motion - Momentun and Newton's Second Law
Define linear momentum State Newton's second law of motion Derive F = ma from momentum
Motion of System of Particles and Rigid Body - Centre of Mass Concepts
Define centre of mass Find center of mass for two-particle system Find center of mass of ring, disc Find center of mass of rod and sphere
Motion of System of Particles and Rigid Body - Linear Momentum of System
Learn about momentum conservation in systems Analyze motion of center of mass
Motion of System of Particles and Rigid Body - Moment of Inertia and Theorems
Define moment of inertia State parallel axis theorem State perpendicular axis theorem Values of moment of inertia for simple geometric objects
Motion of System of Particles and Rigid Body - Rigid Body Equilibrium
Define rigid body equilibrium Solve concurrent force problems
Motion of System of Particles and Rigid Body - Rotational Motion Equations
Learn about rotation of rigid body Relate angular and linear quantities Use equations for angular motion
Motion of System of Particles and Rigid Body - Torque and Angular Momentum
Vector product of two vectors Moment of a force Define torque and its direction Define angular momentum Learn angular momentum conservation

Oscillations and Waves - Beats and Doppler Effect
Define beats and beat frequency Explain Doppler effect in sound
Oscillations and Waves - Periodic and Harmonic Motion
Define period, frequency, displacement as a function of time Learn about periodic functions Differentiate periodic and non-periodic motion Undertand simple harmonic motion and equation of SHM Define phase in simple harmonic motion
Oscillations and Waves - Simple Pendulum and Time Period
Derive time period of pendulum Define effective length of pendulum
Oscillations and Waves - Spring and Energy in SHM
Calculate restoring force in a spring Calculate kinetic energy in SHM Calculate potential energy in SHM
Oscillations and Waves - Standing Waves and Harmonics
Form standing waves in strings Define harmonics in pipes fundamental Mode and overtones
Oscillations and Waves - Types of Oscillations
Define free oscillations Define forced oscillations Define damped oscillations Explain resonance condition
Oscillations and Waves - Wave Displacement and Superposition
Define displacement equation of wave State principle of superposition Explain reflection of wave at boundary
Oscillations and Waves - Wave Motion Basics
Define longitudinal and transverse waves Drive formula for wave speed
Physical World and Measurement - Accuracy, Errors, and Significant Figures
Define accuracy in measurements Define precision in measurements Differentiate systematic and random errors State rules for significant figures addition State rules for significant figures multiplication Count significant figures in a number
Physical World and Measurement - Branches and Applications of Physics
Scope of physics Relate physics to real-life appliances Identify thermodynamics as a physics branch Identify optics as a physics branch Identify electromagnetism as a physics branch List examples of physics in technology
Physical World and Measurement - Dimensional Analysis Techniques
Analyze the dimensions of physical quantities Write dimensions of velocity Write dimensions of force Convert m/s to km/hr dimensionally Check dimensional consistency in equations Use dimensional method to derive formulas
Physical World and Measurement - Fundamental Laws and Their Features
Define a physical law clearly List features of physical laws State universality of physical laws Explain reproducibility of laws
Physical World and Measurement - Measurement of Basic Quantities
Measure length with meter scale Measure length using vernier calipers Measure length with screw gauge Measure mass with beam balance Measure time using stop watch Understand precision of measurement tools
Physical World and Measurement - Systems and Units of Measurement
List SI base units with symbols Define derived physical quantities Differentiate fundamental and derived units Convert CGS to SI units Explain need for standard units
Properties of Bulk Matter - Bernoulli's Theorem Applications
Learn Bernoulli's principle Applications of Bernoulli's principle
Properties of Bulk Matter - Elasticity and Stress-Strain
Define stress and strain State Hooke's law Define Young's, bulk, shear moduli
Properties of Bulk Matter - Heat and Temperature Concepts
Define temperature and specific heat Learn about thermal expansion Understand calorimetry Change of state and latent heat
Properties of Bulk Matter - Heat Transfer Mechanisms
Define conduction and thermal conductivity Explain convection and radiation Learn Newton's law of cooling
Properties of Bulk Matter - Pressure and Pascal'ss Law
Define pressure in fluids State Pascal's law Learn about huidrostatic pressure Explain hydraulic lift applications hydralic brake applications Effect of gravity on fluid pressure
Properties of Bulk Matter - Surface Tension Concepts
Define surface tension Understand surface energy Angle of contact and capillarity Application of surface tension to drops and bubbles Explain capillarity with examples
Properties of Bulk Matter - Viscosity and Flow
Define viscosity and Stokes' law Terminal velocity Understand Reynold's number Differentiate streamline and turbulent flow
Thermodynamics - First Law of Thermodynamics
State the first law of thermodynamics Apply first law in closed systems
Thermodynamics - Heat, Work, and Internal Energy
Understand heat as energy transfer Learn about internal energy of a system Relate work with energy change
Thermodynamics - Second Law of Thermodynamics
State second law of thermodynamics Differentiate reversible and irreversible processes Define efficiency of heat engines Learn the function of a refrigerator
Thermodynamics - Thermal Equilibrium and Temperature
Define thermal equilibrium Learn zeroth law of thermodynamics
Work, Energy and Power - Elastic and Inelastic Collisions
Differentiate elastic and inelastic collisions Solve 1D collision problems Solve 2D collision problems
Work, Energy and Power - Kinetic and potential energies
Define potential energy Calculate energy stored in spring State law of energy conservation Apply energy conservation to motion Conservation of mechanical energy
Work, Energy and Power - Kinetic Energy and Work-Energy Theorem
Define kinetic energy State and use work-energy theorem
Work, Energy and Power - Power and Its Units
Define power and its SI unit Differentiate average and instantaneous power
Work, Energy and Power - Variable and Constant Force Work
Calculate work done by constant force Calculate work done by variable force
Work, Energy and Power - Work and Scalar Product
Define work with angle dependence Use scalar product in work calculation

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