Checklists of Class 11th Physics Chapters ( NEET Oriented)
By Tamanna Chaudhary ( Newton's Apple)
Coverage
Question Practice
Revision- I
Revision- II
Units & Dimensions
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Units of Physical Quantities
Conversion from one unit to another
Significant figures
Writing answer in correct format after M/D/A/S
Errors: Types and Propogation
Zero Error
Least Count
Dimensions of Common Physical Quantities
Dimensional Consistency
Dimensional Analysis
Vernier Calliper
Screw Gauge
Conversion in Angles
Parallex Method
Motion in 1D
1
2
3
4
5
6
7
8
9
10
11
Distance & Displacement
Speed (Instantaneous & Average )
Velocity (Instantaneous & Average )
Acceleration
Calculus in Kinematics- 1D
Kinematic Equations ( Constant a)
Kinematic Equations (Variable a)
Galileo's Law of Odd numbers
Juggler Problems
Kinematic Graphs
Relative Motion in 1D
Motion in 2D
1
2
3
4
5
6
7
8
9
10
11
x, v, a for a body moving in a plane
Calculus in Kinematics - 2D
Vectors (Basics, Addition, Subtraction)
Crossing of River Problems
Wind- Rain Problems
Horizontal Projectile Motion
Vertical Projectile Motion
Equation of Trojectory
Uniform Circular Motion
Non- Uniform Circular Motion
Relation Motion in 2D
Laws of Motion
1
1
2
3
4
5
Inertia
Momentum
Conservation of P
2nd Law of Motion and Change in Momentum
Equation of F for variable mass systems
Water- Gun Problems
Rocket Problems
Bullet-Gun Problems
6 3rd Law of Motion
7 Single block Problems
Block on ground
Hanging Block
Man in an elevator
Mokey climbing on a rope
Tension in a block when it is pulled
Hanging Bob in a moving car
Body on a inclined plane which is moving or at rest
6 Multiple Block Problems
Connected blocks on horizontal ground (Pushed/pulled)
Pulley problems (both on ground/one hanging/inclined plane)
Multiple Acceleration/Non- accelerating blocks on a rope
7 Friction
Basics, Straight Equations and Types
Min Pulling Force to move a body on ground (Horizontal F/ F at an angle)
Min Pushing Force to move a body on ground (Horizontal F/ F at an angle)
Fmin to move a body up/down an inclined plane
Pulley Block Problem with Friction
Angle of Repose & Friction
8 Body moving in a circle
Non Banked Road - With Friction
Banked- With Friction
Cyclist taking a turn
Work, Energy and Power
1
2
3
4
5
Work
Types of Forces (Conservative/ Non Conservative)
Conservation of ME and Total E
Work- Energy Theorem
F changing KE/PE of a body
Accelerating/ Deaccelerating Car on Ground
Stopping Distance and time
Motion under Gravity
Stable and Unstable Equilibrium
Pulling a Hanging rope
Hmax attained by a bob when provided with KE
6 Spring- Block Problems
Spring Force
Comparing two springs via Spring Constants
Maximum PE in the spring and Maximum KE of attached block
Conservation of ME in spring block problems
Body free falling under gravity on a spring
6 Vertical Cicular Motion
Conservation of ME
v and Tension at different points
Centripetal Force at different points
Minimum condition to loop the loop
7 Power
In terms of workdone and velocity
On a Constant mass system (Blcok)
On a variable mass system (water-gun)
Power of an engine not 100% efficient
8 Collision
2
Types and Coefficient of Restitution
Conservation of Momentum in all Collisions
KE loss in Inelastic collision
Final v of colliding bodies in elastic collision
Inelastic Collision with ground (Vertical) - v and h after nth collison
Inelastic Collision with ground (Oblique) - v and angle after collision
Rotational Mechanics
1 Position of Centre of mass
System of particles (two and more)
Regular Bodies
System of particles & regular bodies
Non Uniform Rod
2 COM (at rest/motion)
Man- Plank Problem
COM doesn't move: One body is moved
COM moves: One/Multiple body is moved
Explosion Problems ( Of a projectile)
3 Moment of Inertia
Particles, & Regular Bodies
System of Bodies
Perpendicular & Parallel Axis Theorems
4 Torque & Angular Momentum
Angular Momentum in terms of linear momentum
Angular Momentum in terms of Angular velocity
Torque in terms of Force and Angular Acceleration
Net torque due to multiple forces
Translational & Rotational Equilibrium
5 Conservation of L
6 Rolling Motion
Pure Rolling Motion
v at different points on a pure rolling body
KE of a Rolling Body
Vcom of Rolling Body
"t" by body to roll down an inclined body
Acceleration of com
Gravitation
1 Kepler's Laws
2 Gravitational Force
between two point small masses
between two spheres
between a particle and uniform road
3 Gravitational acceleration
writing 'g' in terms of M and density of a planet
Variation in g with height and depth
Variation of g with latitude
4 Gravitational Field and Potential
5 Gravitational Potential E and Conservation of ME
System of Particles
A particle outside/inside/on a spherical shell
A particle outside/inside/on a sphere
Hmax attained by a projectile projected from ground/a certain height
Conservation of gravitational ME
5 Trojectories of Satellites
6 Escape and Orbital Velocity
in terms on M and density of a planet
Projectile (v>ve)
Interstellar KE and velocity
Comparing time periods of two satellites around a planet
3
Mechanical Properties: Solids
1 Modulus of Elasticity
Types of Stress and Strain
Hooke's Law and Graph
Moduli of Elasticity ( Young's , Shear, Bulk)
Relationship b/w Bulk Modulus and Density
Bulk Modulus for different thermodynamic processes
Gauge Pressure and density of water a cetain depth
2 Elongation Cases
In a massless string due to a bob
In a string due to it's weight
Thermal strain
3
4
5
6
Elastic Potential Energy
Poisson's Ratio
Relationship between different modulli of elasticity
Depression in Bridges
Mechanical Properties of Fluids
1 Pressure and Density
Basics
Density of mixture of different liquids
2 Gauge Pressure
at a point "d" metres deep in a liquid
in a tire
at a point in a liquid accelerating horizontally
Hydrostatic Paradox
Barometer and Manometer
Liquid in a U-Shaped Tube
at a point in a liquid accelerating horizontally
3 Archimede's Principle
Main Formula and Apparent weight
Floating and sinking of a body
Block between two non-mixing liquids
4
5
6
7
Terminal Velocity and Stoke's Law
Different Liquid Flows
Raynold's Number
Streamline Flow and Equation of Continuity
Basics
Tap Problem
Pipe with 3 or multiple orifices
Poisuelle's Formula
Resistance of pipe and combination of pipes
8 Bernoulli's Principle and Applications
Fluid in Horizontal Pipe
Fluid in a Non- Horizontal Pipe
Venturimeter
Hole in an Open Beaker ( Vefflux, Range, Condition of maximum Range)
Hole in an Closed Beaker ( Vefflux)
Pressure difference due to liquid flow
9 Surface T and Energy
F due to ST on a body floating on a liquid
SE of a liquid drop/bubble
Heat Changes during making/breaking of a bubble/drop
W to change the dimensions of a thin liquid film
10 Angle of Contact and Miniscus
11 Capillary Rise & Excess Pressure
Thermal Properties of Matter
4
1 Temperature and Thermometers
Types of Thermometers
Relationship b/w Temperature and Resistance in Thermometers
Relationship b/w Temperature and Pressure in Thermometers
T from one scale to other
Triple Point
2 Thermal Expansion
Ceofficient of heats and relationships between them
Expansion of a body and cavity (if present) in it
Apparent and Real Expansion (Liquid in beaker)
Water ( before 4 degrees, at 4 and after 4 degrees)
Expansion of string of pendulum, rod between walls, two rods being compared
3 Calorimetry
Specific Heats and Latent Heats
Water ( before 4 degrees, at 4 and after 4 degrees)
Graph b/w T and Heat for converting a solid into gas
Water Equivalent
Mixing Problems
4 Heat Transfer
Convection
Conduction ( Heat Current, K , Thermal Resistance)
Rods in Combination
T of juction wheere several rods meet
absorptance, transmittance and reflected of a black/non-black body
Stephan's Boltzmann's law and emmisivity
Intensity due to a non efficient black body at a distance
Solar Constant
5 Wein's Displacement Law
6 Newton's law of cooling
Thermodynamics
1 Extensive & Intensive Properties of a System
2 0th Law of Thermodynamics
3 1st Law of Thermodynamics
Equation and significance of +/Direct Q
4 Thermodynamic Processes ( W, Change in U and Direct Graphs)
Isothermal
Isobaric
Isochorics
Adiabetic
Cyclic
Cp, Cv and Gamma
Relationship b/w P,V and T for adiabetic process
5 Indicator graph and Graphical Numericals
6 Conversion in Graphs and Significance of slopes in Graphs
7 2nd Law of Thermodynamics and applications
Heat Engine and Efficiency
Refrigerator and coefficient of performance
Heat Engines turned into a refrigerator
Carnot Engine
Kinetic Theory of Gases
1 Gas Laws
Boyle's Law
Charle's Law
Gay Lussac's Law
Avagadro's Law of odd numbers
2 Gas Equation
Writing it in different forms
5
Proportionality based Q
Gas Leaking Problems
3 Kinetic Theory of Gases
Postulates and Final equation of Pressure of the gas
Average KE of gas molecules
Cp, Cv and Gamma
Vrms, Vaverage and Vmost probable
4 Maxwell's Distribution Curve
5 Mean Free Path
7 Specific Heats and Internal E
For Rigid and Non-Rigid Gas Molecules
Degree of Freedom
Cp, Cv and Gamma for a miture of gases
Simple Harmonic Motion
1 Physical Quantities
value at different times and different position
maximum value
time period and frequencies
2 Uniform circular motion and SHM equations
3 Spring Block Problems
Whatever's done on Work, E and Power in the same topic
Cutting of spring
Combination of Springs
Calculation Kcombination and Time Period
Spring-Block- Pulley Problems (Time Period)
4 SHM Systems
Compound Pendulum
Cylinder oscillating up-down a liquid
Simple Pendulum ( normal, moving lift/car, charge on bob, in a liquid, very long)
Torsional Pendulum
Waves
1 Types of Waves
Properties of waves and properties of medium in which they are travelling
Velocity of waves and sound
Newton's Formula and Laplace's correction
2 Wave Equation
Different terms
velocity/acceleration of a particle constituing a wave
velocity of a wave and it's relationship between Vmax of a particle
Reflection/refraction of a wave
3 Superposition between two waves
Equation of Resultant wave
Resultant amplitude and intensity
Maximum/Minimum amplitude and intensity
4 Stationary Waves
Amplitude of particles constituing a stationary wave
Nodes and Anti-nodes
Organ Pipes (Closed/ Open)
Organ pipe in resonance with a tuning fork
5 Beats
6 Doppler Effect
6