Visual Physics

Visual Physics is the most comprehensive animated physics video course to learn physics in the easiest way possible and score your best in exams.

It will help you master concepts in minimum time and help you learn the art of problem-solving with selective sets of solved problems.

The course has been structured in a way which enables students to learn from the very basics, strengthen fundamentals, learn to apply concepts into problems which builds up the confidence and then take it to higher levels, taking one step at a time.

Once you complete a chapter with Visual Physics, you will be able to solve more than 95% questions from any book on your own.

Visual Physics a “must-have” course for the students, irrespective of whether they are taking coaching or not.

Features:

- 500+ Short Conceptual Physics Videos with powerful visualisation for crystal-clear understanding

- Thorough and in-depth discussion of each and every topic in a short time

- Points of confusion explained beforehand, which you might get while solving questions

- Hard-hitting questions to challenge your conceptual understanding and fill the conceptual gaps.

- 4500+ Problems with videos and text solutions with increasing difficulty-wise structure to help you learn where to apply which concept.

- Visual Tricks to solve problems faster.

- Access Videos Offline, Learn without online distractions (*Internet connection once in a week will be required).

Covered chapters and important topics are as follows.

Mathematical Tools - Algebra, Trigonometry, Coordinate Geometry, Calculus - Integration and Differentiation, Vectors

Motion in Straight Line - Position, Speed & Velocity, Distance & Displacement, Graphs of Motion, Motion under Gravity

Motion in a Plane - Horizontal Projectile Motion, Relative Velocity

Newton's Laws of Motion - Constraint Motion, Pseudo Force

Friction - Static & Kinetic Friction

Circular Motion - Centrifugal and Centripetal Acceleration

Work, Power & Energy - Kinetic Energy and Work, Conservative and Non-conservative Forces

CoM, Momentum & Collisions - Linear Momentum, Variable Mass System

Rotational Dynamics - Moment of Inertia, Torque, Angular Momentum

Rigid Body Dynamics - Rolling Motion, Conservation of Angular Momentum

Elasticity - Stress & Strain, Hooke’s Law, Young's Modulus, Poisson's Ratio

Gravitation - Escape Velocity, Kepler's Law

Fluids - Pascal’s Law, Surface Tension, Viscosity, Bernoulli’s Principle

Simple Harmonic Motion - Energy Variation in SHM, Superposition

Transverse Waves - Superposition, Standing Waves

Longitudinal Waves - Resonance, Harmonics, Beats, Doppler's Effect

Heat & Temperature - Latent Heat, Calorimetry

Heat Transfer - Stefan's Law, Wien's Law

Kinetic Theory of Gases - Ideal Gas Law, Molar Heat Capacity

Laws of Thermodynamics - Cyclic Process, Carnot Engine

Electric Forces & Fields - Coulomb's Law, Dipoles in Electric Field

Gauss Law - Electric Flux, Solid Angle

Electric Potential - Electric Field from Potential

Conductors - Earthing, Conducting Sheets

Capacitors & Dielectrics - Combination of Capacitors, Kirchhoff's Loop Law

Electric Current - Ohm's Law, Battery

Electric Power - RC Circuits

Magnetic Force - Helical Path, Lorentz Force

Magnetic Field - Biot Savart Law, Ampere's Law

Electromagnetic Induction - Magnetic Flux, Induced EMF, Faraday's Law

Inductance - RL Circuit, LC Circuit

Alternating Current - RLC Circuit, Q Factor, Transformer

Reflection - Plane, Convex and Concave Mirror, Magnification

Refraction - Snell's Law, Prism, TIR, Dispersion, Deviation, Len's Displacement Method, Chromatic Aberration

Wave Optics - Huygens’ principle, Interference, YDSE, Diffraction

Happy Learning :)

Contact us at
WhatsApp: +91 9999 021 287
Mail: team@visualphysics.in