View 336 Detailed Notes on NEET (NTA)-National Eligibility Cum Entrance Test (Medical) Physics

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We have a total of **336** Study Material available on NEET (NTA)-National Eligibility cum Entrance Test (Medical) Physics. Browse the Study Material below by topics and subtopics. Numbers in brackets indicate the number of Study Material available on that topic-subtopic.

# Physics and Measurement (54)

## Technology and Society (3)

## SI Units (10)

- 1
- Units of Physical Quantities
- Table of SI Prefixes
- Conversion of Units of Base Quantities
- 2
- Conversion of Units Area, Volume and Velocity
- Conversion of Units of Force and Pressure
- Conversions of Units of Energy, Specific Energy and Power
- Conversions of Units of Angle, Angular Speed, Electric Charge, Radioactivity, Etc.
- 3
- Physical Quantities and Its Properties
- Units of Physical, Quantities - System of Units
- 4
- Units of Physical, Quantities - Classification of Units

## Fundamental and Derived Units. Least Count (21)

- 1
- Classification of Units:
- Least Count
- 2
- Angle and Its Properties
- Trigonometrical Ratios (T-Ratios) and Its Properties
- 3
- T-Ratios of a Few Standard Angles
- T-Ratios of Angles Associated with Multiples of 90°
- a Few Important Trigonometric Formula
- Function and It՚s Properties
- 4
- Physical Meaning of Dy/Dx
- Theorems of Differentiation
- 5
- Formula for Differential Coefficients of Trigonometric, Logarithmic and Exponential Functions
- Integration as the Inverse Process of Differentiation
- Few Basic Formula of Integration
- 6
- Definite Integrals and Its Definition
- Some Standard Graphs and Their Equations
- Some Standard Graphs and Their Equations - Graph of Parabola
- 7
- Some Standard Graphs and Their Equations - Graph of Hyperbola
- Formula for Determination of Area
- Formula for Determination of Area - Area of Circle , Spere and Parallelogram
- Formula for Determination of Area - Surface Area of Ellipse , Cube and Cone
- 8
- Formula for Determination of Volume

## Accuracy and Precision of Measuring Instruments (1)

## Errors in Measurement (5)

- 1
- Types of Errors
- Propagation of Errors in Mathematical Operations
- 2
- Errors in Measurement
- Representation of Errors
- 3
- Propagation of the Errors in Mathematical Operations

## Dimensions of Physical Quantities (10)

- 1
- Introduction of Dimensions.
- Define Dimension, It՚s Formula and Equation
- 2
- Define Dimension, It՚s Formula and Equation - Limitation of Method
- Some Important Conversion Factors - Length , Mass and Time
- Some Important Conversion Factors - Area , Volume , Density and Speed
- Some Important Conversion Factors - Work Energy
- 3
- Sets of Quantities Having Same Dimensions
- Dimensions of Important Physical Quantities
- 4
- Units of Important Physical Quantities
- Derivation of Standard Result

## Dimensional Analysis and Its Applications (4)

- 1
- Applications of Dimensional Analysis
- Limitations of Dimensional Analysis Method:
- 2
- Lists of Quantities Having Same Dimensions
- Dimensions and Units of Physical Quantities

# Kinematics (21)

## Frame of Reference (1)

## Motion in a Straight Line (1)

## Uniform and Non-Uniform Motion (2)

- 1
- Brief Introduction of Uniform and Non – Uniform Motion
- the Position ⇾ Time Graphs of Uniform and Non – Uniform Motion

## Average Speed and Instantaneous Velocity (2)

## Velocity-Time Graphs (1)

## Position-Time Graphs (1)

## Scalars and Vectors (6)

- 1
- Brief Description of Vectors and Scalars Quantities
- Addition of Vectors (Graphical Method)
- 2
- Vectors Addition – Analytical Method
- Subtraction of Vectors
- 3
- Resolution of Vectors
- Unit Vectors

## Relative Velocity (1)

## Projectile Motion (4)

- 1
- Time of Maximum Height of Projectile Motion
- Maximum Height of a Projectile Motion
- Horizontal Range of a Projectile Motion
- 2
- Introduction of Projectile Motion

## Uniform Circular Motion (1)

## Acceleration (1)

# Work, Energy and Power (8)

## Work Done (1)

## Kinetic Energy (3)

## Potential Energy (1)

## Work-Energy Theorem (1)

## Power (1)

## Conservation of Mechanical Energy (1)

# Rotational Motion (29)

## Rotational Kinetic Energy (2)

- 1
- Introduction of Rotational Kinetic Energy
- Comparison of Different Kinetic Energy of Body, Which is in Rolling Motion:

## Concepts of Rotational Motion (3)

- 1
- Center of Mass and It՚s Definition - Moment of Mass
- Center of Mass and It՚s Definition - Motion of Center of Mass
- 2
- Problem Solving Tricks for Center of Mass

## Torque (3)

## Angular Momentum (2)

## Conservation of Angular Momentum (1)

- 1
- Angular Momentum in Terms of Inertia and Angular Velocity and Conservation Law of Angular Momentum.

## Moment of Inertia (3)

- 1
- a Brief Introduction of Moment of Inertia
- Theorems of Moment of Inertia: Perpendicular Axes and Parallel Axes
- 2
- Moment of Inertia

## Radius of Gyration (3)

- 1
- Change in Radius of Gyration for Symmetrical and Unsymmetrical Separation or Attachment.
- an Introduction About Radius of Gyration (K)
- 2
- Radius of Gyration (K)

## Values of Moments of Inertia (7)

- 1
- List of Moment of Inertias and Radius of Gyrations of Annular Disc
- List of Moment of Inertias and Radius of Gyrations of Circular Disc - Position of the Axis of Rotation
- 2
- List of Moment of Inertias and Radius of Gyrations of Circular Ring
- List of Moment of Inertias and Radius of Gyrations of Solid Cylinder and Hollow Cylinder
- 3
- List of Moment of Inertias and Radius of Gyrations of Circular Disc
- List of Moment of Inertias and Radius of Gyrations of Thin Rod, Rectangular Plate and Cube
- 4
- Theorems of Moment of Inertia

## Rigid Body Rotation Equations of Rotational Motion (2)

- 1
- Comparison between Formulas of Translatory Motion and Rotatory Motion:
- Equations of Rotational Motion of a Rigid Body About a Fixed Rotational Axis

## Rolling and Sliding Motions (3)

- 1
- Dynamics of Rolling Motion and Sliding Motion.
- Some Important Properties of Rolling Motion.
- 2
- Velocity Distribution of Pure Rolling:

# Properties of Solids & Liquids (24)

## Elastic Behavior (5)

- 1
- Define Elasticity and Definition of Important Terms
- Define Poisson՚s Ratio (σ) and Relation between (Y, K, η & σ)
- Defined Hydraulics and Properties of Hydrostatics
- 2
- Explain Buoyancy and Archimedes Principle
- Explain Floatation

## Hooke's Law (1)

## Young's Modulus (1)

## Bulk Modulus (1)

## Modulus of Rigidity (1)

## Pressure Due to a Fluid Column (2)

## Pascal's Law and Its Applications (1)

## Viscosity (1)

## Stokes' Law (1)

## Terminal Velocity (1)

## Bernoulli's Principle and Its Applications (3)

- 1
- Bernoulli՚s Theorem
- Applications of Bernoulli՚s Theorem
- 2
- Applications of Bernoulli՚s Theorem - Sprayer or Atomizer

## Surface Energy and Surface Tension (6)

- 1
- Surface Tension
- Sphere of Molecular Activity
- 2
- Explanation of Surface Tension by Laplace
- Surface Energy
- 3
- Angle of Contact
- Method to Determine Surface Tension

# Thermodynamics (14)

## Thermal Equilibrium (1)

## Laws of Thermodynamics (3)

- 1
- Introduction of First Law of Thermodynamics:
- Introduction of Second Law of Thermodynamics
- 2
- Introduction of Zeroth Law of Thermodynamics:

## Carnot Engine and Its Efficiency (4)

- 1
- Introduction of Carnot Cycle and Efficiency of Carnot Engine
- Brief Discussion on Efficiency of Carnot Engine
- 2
- Brief Discussion About Heat Engines and Its Efficiency
- Refrigerators and Heat Pumps

## Work in Thermodynamic Process and PV Diagrams (3)

- 1
- Concepts of Heat, Internal Energy and Work
- Introduction of Adiabatic Process
- 2
- Introduction of Isothermal Process

## Thermodynamic Processes (3)

- 1
- Introduction of Quasi – Static Process
- Comparison of Thermodynamic Processes
- 2
- Brief Introduction of Isochoric Process, Isobaric Process and Cyclic Process

# Kinetic Theory of Gases (2)

## Heat Capacities and Its Relations (2)

# Oscillations and Waves (45)

## Periodic Motion - Period Frequency (2)

- 1
- Brief Information on Periodic Motion and Period Frequency.
- Definition of Oscillatory Motion/Vibratory Motion.

## Displacement as a Function of Time (2)

## Periodic Functions (1)

## Simple Harmonic Motion (21)

- 1
- Comparison between Linear S. H. M. and Angular S. H. M.
- Energy in S. H. M. – Potential Energy
- 2
- Energy in S. H. M. – Kinetic Energy
- Energy in S. H. M. – Total Energy
- 3
- Force in S. H. M.
- Discussion About Oscillation of Spring in SHM
- 4
- Discussion of Spring Pendulum
- Graphical Study of Displacement, Velocity, Acceleration and Force of Particle, Which Execute SHM:
- 5
- Phase of S. H. M.
- Velocity in S. H. M. :
- 6
- Acceleration in S. H. M. :
- Introduction of Simple Harmonic Motion
- 7
- Simple Harmonic Motion (s. H. M.)
- Some Basic Terms for S. H. M.
- 8
- Some Basic Terms S H M
- Potential Energy (U or P. E.)
- Kinetic Energy (K. E.)
- 9
- Spring System
- Spring Pendulum
- 10
- Various Spring Arrangements
- Displacement, Velocity and Acceleration in S. H. M.

## Simple Pendulum (3)

## Free Forced and Damped Oscillations (2)

## Resonance (1)

## Longitudinal and Transverse Waves (1)

## Speed of a Wave (2)

## Displacement Relation for a Progressive Wave (2)

- 1
- Displacement Relation for a Progressive Wave
- Relation between Phase Difference, Path Difference & Time Difference

## Principle of Superposition of Waves (2)

- 1
- Introduction of the Principle of Superposition of Waves
- Discussion on Principle of Superposition for Harmonic Travelling Waves

## Reflection of Waves (1)

## Standing Waves in Strings and Organ Pipes (1)

## Beats (1)

## Doppler Effect in Sound (3)

- 1
- What is Doppler Effect of Sound?
- Expression of Doppler Shift when Source is Moving and Observer is Stationary:
- 2
- Expression of Doppler Shift when Observer is Moving and Source is Stationary:

# Electrostatics (15)

## Electric Charges (1)

## Coulomb's Law (1)

## Electric Field (2)

## Electric Field Due to a Point Charge (1)

## Electric Field Lines (1)

## Electric Dipole (1)

## Electric Flux (1)

## Gauss's Law (1)

## Electric Potential (2)

## Capacitors (4)

- 1
- Capacitor
- Effects of Current and Heating Effect of Current
- 2
- Magnetic Field
- Applications of Biot-savart՚s Law (Only for Thin Wire)

# Current Electricity (15)

## Electric Current (1)

## Drift Velocity (1)

## Ohm's Law (1)

## Electrical Resistance (1)

## Electrical Resistivity (1)

## Series and Parallel Combinations of Resistors (2)

## Electric Cell and Its Internal Resistance (1)

## Potential Difference and EMF of Cell (1)

## Kirchhoff's Laws (1)

## Wheatstone Bridge (2)

## Metre Bridge (1)

## Potentiometer (1)

## Conversion to Ammeter and Voltmeter (1)

# Magnetic Effects of Current and Magnetism (15)

## Ampere's Law (2)

## Cyclotron (1)

## Current Loop as Magnetic Dipole (1)

## Bar Magnet (3)

## Earth's Magnetic Field (2)

## Para, Dia and Ferro-Magnetic Substances (3)

## Magnetic Susceptibility and Permeability (1)

## Hysteresis (1)

## Electric Charge Moving in Magnetic Field (1)

# Electromagnetic Induction & Alternating Currents (9)

## Faraday's Law (1)

## Lenz's Law (1)

## Alternating Currents (1)

## Peak and RMS Value of AC (1)

## LCR Series Circuit (3)

- 1
- Series Combination of L-C-R Circuit
- Parallel Combination of L-C-R Circuit
- 2
- Example of Parallel Combination of L-C-R Circuit

## AC Generator and Transformer (2)

# Electromagnetic Waves (4)

## Electromagnetic Waves & Characteristics (1)

## Electromagnetic Spectrum (3)

# Ray Optics (37)

## Reflection and Refraction of Light (4)

- 1
- Reflection and Refraction of Light
- Refraction
- 2
- Difference between Real and Virtual Image
- No Emergence Condition

## Mirror Formula (1)

## Total Internal Reflection (3)

## Deviation and Dispersion of Light by a Prism (5)

- 1
- Minimum Deviation
- Dispersion of Light
- 2
- Deviation Without Dispersion
- Dispersion Without Deviation
- 3
- Chromatic Aberrations

## Lens Maker's Formula and Lens Formula (5)

- 1
- Lens Formula for Convex Lens
- Lens Formula for Concave Lens
- 2
- Lens Maker՚s Formula
- Combination of Lenses
- 3
- Achromatic Aberration

## Power of a Lens (3)

## Resolving Power of Microscopes and Astronomical Telescopes (3)

## Snell's Law (2)

## Spherical Mirror (3)

## The Eye (8)

- 1
- Defect of Eyes
- Lens-Camera
- 2
- Displacement Method
- Interference of Light
- 3
- Coherent Source and Non-Coherent Source
- Young՚s Double Slit Experiment
- 4
- Fresnel՚s Biprism
- Diffraction of Light

# Dual Nature of Matter and Radiation (10)

## Dual Nature of Radiation (1)

## Photoelectric Effect (3)

## Einstein's Photoelectric Equation (1)

## Particle Nature of Light (2)

## De-Broglie Relation (2)

- 1
- De-Broglie Wavelength Associated with Charged Particles
- De-Broglie Wavelength Associated with Uncharged Particles

## Davisson-Germer Experiment (1)

# Atoms and Nuclei (13)

## Rutherford's Model of Atom (2)

## Hydrogen Spectrum (1)

## Composition and Size of Nucleus (1)

- 1
- Atom

## Atomic Masses (1)

## Radioactivity (5)

- 1
- Radioactive Series
- Nuclear Physics
- 2
- Einstein՚s Mass Energy Equivalence Relation
- Nuclear Reactor
- 3
- Fast Breeder Reactor

## Radioactive Decay Law (1)

## Nuclear Fission and Fusion (2)

# Electronic Devices (10)

## Semiconductors (4)

- 1
- Semiconductor
- Holes in Semiconductor
- 2
- Classification of Semiconductor
- P-N Junction with External Voltage Applied

## Junction Transistor (1)

## Logic Gates (Or, and, NOT, NAND and Nor) (5)

# Experimental Skills (2)

## Vernier Callipers (1)

## Prism (1)

# Center of Mass (3)

## Centre of Mass of a Rigid Body (2)

- 1
- Introduction of Centre of Mass of a System of Particles
- Motion of Centre of Mass of a System of Particles