Home > Course Catalog > Jee (Main+Advanced)

Fighter > Physics

Systematic order of all the topics and their subtopics we provide in Physics of Fighter (class 11th) with a description in detail.

GENERAL PHYSICS BASIC PHYSICS

TRIGONOMETRIC FORMULAS
ELEMENTARY IDEA OF FUNCTIONS
APPROXIMATION
DEFINITION OF LOGARITHM
ELEMENTRY GRAPHS
ELEMENTRY DIFFERENTIATION
ELEMENTRY INTEGRATION

 

VECTOR

DEFINITION OF VECTORS AND SCALARS
ADDITION AND SUBTRACTION OF VECTORS
RESOLUTION OF VECTORS
SCALAR PRODUCT
CROSS PRODUCT

 

UNIT AND DIMENSION

FUNDAMENTAL QUANTITIES
DIMENSIONS OF DIFFERENT QUANTITIES
DERIVATIONS OF DIMENSIONAL FORMULA
DIMENSIONAL ANALYSIS AND ITS LIMITATIONS

 

ERROR AND MEASUREMENT

ABSOLUTE ERROR, MEAN ABSOLUTE ERROR AND PERCENTAGE ERROR
CALCULATION OF ERROR
ERRORS IN PHYSICAL QUANTITIES
VERNIER CALLIPER AND ITS ZERO CORRECTION
PRINCIPLE OF MICROMETRE SCREW
SPHEROMETER

 

MECHANICS
RECTILINEAR MOTION (1D)

DEFINITIONS OF REST, MOTION, DISTANCE AND DISPLACEMENT
INSTANTANEOUS SPEED AND AVERAGE SPEED
INSTANTANEOUS VELOCITY AND AVERAGE VELOCITY
INSTANTANEOUS ACCELERATION AND AVERAGE ACCELERATION
MOTION IN A STRAIGHT LINE
IDEA OF GRAPHS

 

PROJECTILE MOTION (2D)

MOTION IN A TWO DIMENSIONS (CARTESIAN COORDINATES ONLY)
EQUATION OF TRAJECTORY
PROJECTILE FROM GROUND AND TOWER
PROJECTILE ON INCLINED PLANE
PROJECTILE MOTION FROM MOVING OBJECT

 

RELATIVE MOTION

RELATIVE VELOCITY
RELATIVE MOTION IN ONE AND TWO DIMENSIONS
APPLICATION OF RELATIVE MOTION

 

NEWTONS LAWS OF MOTION

RELATIVE VELOCITY
RELATIVE MOTION IN ONE AND TWO DIMENSIONS
APPLICATION OF RELATIVE MOTION

 

FRICTION

CONTACT FORCE
STATIC AND DYNAMIC FRICTION
LAWS OF FRICTION

 

WORK POWER ENERGY

WORK DONE BY VARIOUS FORCES AND VARIABLE FORCES
POWER
KINETIC AND POTENTIAL ENERGY
WORK ENERGY THEOREM
CONSERVATIVE AND NON CONSERVATIVE FORCES
CONDITION OF EQUILIBRIUM

 

CIRCULAR MOTION

KINEMATICS OF CIRCULAR MOTION
RELATIVE ANGULAR VELOCITY
DYNAMICS OF UNIFORM CIRCULAR MOTION
CENTRIPETAL FORCE AND ITS APPLICATIONS
MOTION IN VERTICAL PLAN AND ITS DYNAMICS
RADIUS OF CURVATURE AND TURNING ON ROAD
CENTRIFUGAL FORCE AND ITS APPLICATIONS
EARTH’S ROTATIONAL EFFECT

 

CENTRE OF MASS

CENTRE OF MASS OF TWO PARTICLE SYSTEM
CENTRE OF MASS OF A RIGID AND CONTINUOUS BODY
MOTION OF THE CENTRE OF MASS
LINEAR MOMENTUM AND CONSERVATION OF MOMENTUM
ROCKET PROPULSION
ELASTIC AND INELASTIC COLLISIONS IN ONE AND TWO DIMENSIONS
IMPULSE AND IMPULSIVE FORCES

 

RIGID BODY DYNAMICS

RIGID BODY ROTATION
VALUES OF MOMENT OF INERTIA FOR SIMPLE GEOMETRICAL OBJETS
PARALLEL AND PERPENDICULAR AXES THEOREMS AND THEIR APPLICATIONS
BASIC CONCEPTS OF ROTATIONAL MOTION, RADIUS OF GYRATION
MOMENT OF A FORCE
TORQUE OF A FORCE ABOUT THE AXIS OF ROTATION
BODIES IN COMPLETE EQUILIBRIUM
BENDING ON A HORIZONTAL TURN
ANGULAR MOMENTUM
CONSERVATION OF ANGULAR MOMENTUM AND ITS APPLICATIONS
ANGULAR IMPULSE AND ITS APPLICATIONS
KINETIC ENERGY OF A ROTATING RIGID BODY
POWER DELIVERED AND WORK DONE BY TORQUE
MOMENT OF INERTIA AND ITS THEOREMS
COMBINED ROTATIONAL AND TRANSLATIONAL MOTION
PURE ROLLING
KINETIC ENERGY FOR COMBINED ROTATIONAL AND TRANSLATIONAL MOTION
ANGULAR MOMENTUM FOR COMBINED ROTATIONAL AND TRANSLATIONAL MOTION

 

SIMPLE HARMONIC MOTION

PERIODIC MOTION, PERIOD
FREQUENCY AND PERIODIC FUNCTIONS
DISPLACEMENT AS A FUNCTION OF TIME
SIMPLE HARMONIC MOTION AND ITS EQUATION
PHASE, OSCILLATION OF A SPRING
RESTORING FORCE AND FORCE CONSTANT FOR SPRING MASS SYSTEMS
ENERGY IN SIMPLE HARMONIC MOTION – KINETIC AND POTENTIAL ENERGIES
SIMPLE PENDULUM AND DERIVATION OF EXPRESSION FOR ITS TIME PERIOD
FREE, FORCED AND DAMPED OSCILLATIONS
RESONANCE

 

FLUID MECHANICS

PRESSURE DUE TO A FLUID COLUMN
PASCAL’S LAW AND ITS APPLICATIONS
ATMOSPHERIC PRESSURE AND BAROMETRE
ARCHIMEDES PRINCIPLE
PRESSURE DIFFERENCE AND BUOYANT FORCE IN ACCELERATING FULES
EQUATION OF CONTINUITY
BERNOULLI’S PRINCIPLE AND ITS APPLICATIONS
IRROTAIONAL FLOW OF AN INCOMPRESSIBLE AND NON VISCOUS FLUID

 

MECHANICAL PROPERTIES OF SOLIDS AND LIQUIDS

ELASTIC BEHAVIOUR OF A MATERIAL AND ELASTICITY
STRESS – STRING RELATIONSHIP
HOOKE’S LAW AND MODULI OF ELASTICITY (YOUNG’S MOLDULUS, BULK MOLDULUS AND MOLDULUS OF RIGIDITY)
ELASTIC POTENTIAL ENERGY OF A STRAINED BODY, DETERMINATION OF YOUNG’S MODULUS IN LABORATORY
SURFACE TENSION AND SURFACE ENERGY
APPLICATIONS OF SURFACE TENSION AND ANGLE OF CONTACT
EXCESS PRESSURE INSIDE A DROP, EXCESS PRESSURE IN A SOAP BUBBLE AND CAPILLARY RISE
VISCOSITY, STOKE’S LAW AND TERMINAL VELOCITY
FLOW THROUGH A NARROW TUBE: POISEUILLE’S EQUATION
STREAMLINE AND TURBULENT FLOW, REYNOLDS NUMBER

 

STRING WAVES

WAVE MOTION, LONGITUDINAL AND TRANSVERSE WAVE
VELOCITY OF A WAVE ON A STRING
POWER TRANSMITTED ALONG THE STRING
INTERFERENCE AND THE PRINCIPLE OF SUPERPOSITION OF WAVES
REFLECTION AND TRANSMISSION OF WAVES
STANDING WAVES IN STRINGS
VIBRATION OF A STRING FIXED AT ONE END
LAWS OF TRANSVERSE VIBRATIONS OF A STRING: SONOMETER
POLARIZATION OF WAVES

 

SOUND WAVES

DISPLACEMENT WAVES AND PRESSURE WAVES
DISPLACEMENT RELATION FOR A PROGRESSIVE WAVE
SPEED OF A SOUND WAVE IN DIFFERENT MEDIUMS
NEWTON’S FORMULA AND LAPLACE’S CORRECTION
EFFECT OF PRESSURE, TEMPERATURE AND HUMIDITY ON THE SPEED OF SOUND IN AIR
INTENSITY OF SOUND WAVES AND INTERFERENCE OF SOUND WAVES
STANDING LONGITUDINAL WAVES AND VIBRATIONS OF AIR COLUMNS
FUNDAMENTAL MODE AND HARMONICS
DETERMINATION OF SPEED OF SOUND IN AIR
BEATS AND DOPPLER EFFECT IN SOUNDS
SONIC BOOMS

 

KINETIC THEORY OF GASES AND THERMODYNAMICS

KINETIC THEORY OF GASES AND ITS ASSUMPTIONS
EQUATION OF STATE OF A PERFECT GAS
CONCEPT OF GAS PRESSURE
KINETIC ENERGY AND TEMPERATURE
ROOT MEAN SQUARE SPEED OF GAS MOLECULES
MAXWELL’S LAW
DEGREE OF FREEDOM AND LAW OF EQUIPARTITION OF ENERGY
MEAN FREE PATH AND AVOGADRO’S NUMBER
APPLICATIONS OF SPECIFIC HEAT CAPACITIES OF GASES
INDICATOR DIAGRAM
THERMAL EQUILIBRIUM AND THERMODYNAMICAL SYSTEM
ZEROTH LAW OF THERMODYNAMICS
WORK DONE ON COMPRESSING A GAS
CONCEPT OF TEMPERATURE
FIRST LAW OF THERMODYNAMICS
HEAT, WORK AND INTERNAL ENERGY
FREE EXPANSION
REVERSIBLE AND IRREVERSIBLE PROCESS
CARNOT ENGINE AND ITS EFFICIENCY
SECOND LAW OF THERMODYNAMICS

 

THERMAL PROPERTIES OF MATTER CALORIMETRY AND THERMAL EXPANSION

HEAT TRANSFER
THERMOMETRY AND CALORIMETRY
THERMAL CAPACITY OF MATERIAL
SPECIFIC HEAT AND WATER EQUIVALENT
LATENT HEAT OF MATERIALS
LINEAR, AREAL AND VOLUME EXPANSION
EFFECT OF TEMPERATURE ON SIMPLE PENDULUM
LIQUID INSIDE A VESSEL
DENSITY AND EFFECT OF TEMPERATURE