All videos of Physics for ACT

What is Motion?

03:30 min

Types of Motion

04:44 min

Types of Linear Motion

07:15 min

Motion in a Straight Line

10:40 min

Distance and Displacement

04:14 min

Path Length & Displacement

13:38 min

What is Velocity?

06:52 min

What is Acceleration?

09:06 min

What is Average Speed?

03:44 min

Average Speed and Velocity

10:42 min

Average velocity and speed worked example

04:52 min

Distance and Displacement in One Dimension

05:32 min

Introduction to Vectors & Scalars

08:39 min

Position-time graphs

05:01 min

Position vs. Time Graphs

15:20 min

Deriving Displacement as a Function of Time, Acceleration, and Initial Velocity

09:58 min

Average Velocity for Constant Acceleration

14:10 min

Choosing Kinematic Equations

10:58 min

Acceleration vs. Time Graphs

14:38 min

One Shot: Motion Along a Straight Line

54:09 min

Relative Velocity

05:22 min

Motion in a Plane

09:46 min

Scalars and Vectors

11:21 min

Understanding multiplying vectors by scalars

05:41 min

Multiplying a Vector by a Scalar

05:44 min

Vector Cross Product

06:46 min

Graphical Method of Vector Addition

10:43 min

Addition of Vectors By Means of Components

15:21 min

Addition and Subtraction through Vectors

07:41 min

Addition of Vectors and Subtraction of Vectors

04:44 min

Vector Resolution

10:58 min

Analytical Method of Vector Addition

13:37 min

Head-to-Tail Method of Vector Addition

07:13 min

Displacement Vectors

05:12 min

Position Vectors

02:01 min

Calculating Average Velocity or Speed

11:46 min

Motion in a Plane with constant Acceleration

08:34 min

Relative Velocity

09:04 min

Projectile Motion

28:11 min

How To Solve Projectile Motion Problems

28:19 min

Uniform Circular Motion

115:15 min

Inertia

02:10 min

Detailed Explanation: Laws of Motion

101:12 min

Apparent Weight in a Lift

06:04 min

Solved Examples: Laws of Motion

10:42 min

Would you Weigh Less in an Elevator?

03:36 min

Two masses hanging from a pulley

08:50 min

Block- Pulley System

10:26 min

Magnetic Effects of electric current

41:40 min

Faraday's laws of Electromagnetic Induction and Lenz's Law

12:43 min

EMF Due To Self Inductance

07:42 min

Mutual Induction and Mutual Inductance

07:09 min

Self Inductance

09:34 min

Self Induction

14:25 min

Coefficient Of Mutual Induction

13:44 min

Electromagnetic Induction

56:50 min

Induction of Faraday's law

54:54 min

Properties of liquids

10:11 min

Em Waves in Free Space - 1

35:07 min

Properties of Em Waves in Free Space

33:00 min

Em Waves in Dielectric Medium

41:28 min

Em Waves in Conducting Medium (Part 1)

37:56 min

Em Waves in Conducting Medium (Part 2)

40:01 min

Em Waves in Plasma

34:30 min

Em Waves

33:19 min

Em Waves Problems

31:40 min

Viscosity and Poiseuille's Law

09:28 min

Bernoulli's equation derivation from Euler's equation of motion

11:16 min

Laminar and Turbulent Flows

54:41 min

Introduction to Optics

34:36 min

Geometrical Optics Lecture - 1

27:16 min

Geometrical Optics Lecture - 2

33:22 min

Law of reflection from Fermat's principle

10:17 min

Refraction: Geometrical Optics Lecture - 3

37:14 min

Velocity in lens: Geometrical Optics Lecture - 4

22:32 min

Ray Tracing

52:17 min

Ray Tracing Matrix (Part 1)

32:00 min

Ray Tracing Matrix (Part 2)

23:01 min

Waves in Optical Systems: Matrix Method

16:38 min

Matrix Method in Paraxial Optics: An Introduction

24:06 min

Optical System of Eyes

14:56 min

Lens Aberrations

32:57 min

Reflection of Plane Waves using Huygens Principle

11:43 min

What is Interference?

04:03 min

Resolving Power of Optical Instruments Telescope

10:23 min

Young's Double Slit Experiment - 1

20:48 min

Single Slit Interference

15:00 min

Young's Double Slit Experiment - 2

14:13 min

Polarization of Light

14:30 min

Young's Double Slit Experiment - 3

02:34 min

Resolving Power of Optical Instruments Microscope

08:43 min

State Function and Path Function

29:46 min

Introductory Concepts

33:25 min

Properties of Pure Substances - 1

34:26 min

Properties of Pure Substances - 2

26:45 min

Introduction to Property Tables

37:29 min

Properties of Pure Substances: Example Problems

28:34 min

Properties of Pure Substances: Example Problems

32:36 min

Use of Computer as Means of Learning Thermodynamics

36:00 min

Properties of Pure Substances - 3

29:17 min

Properties of Pure Substances Spring - Piston Problem

19:38 min

Heat and Work

36:20 min

Heat and Work: Representative Problems

29:32 min

First Law of Thermodynamics for a Control Mass System

30:34 min

Enthalpy and Specific Heats

33:32 min

First Law for a Control Mass System: Representative Examples

25:40 min

First Law for a Control Mass System: Representative Examples

31:07 min

First Law for a Control Mass System: Representative Examples

28:19 min

Control Volume Conservation Reynolds Transport Theorem

30:08 min

Control Volume Mass and Energy Balance

33:16 min

Supplementary Lecture: Problem solving with the aid of a computer

24:31 min

First Law for Steady State Steady Flow (SSSF) Process

36:29 min

First Law for SSSF Process: Example Problem

26:53 min

First Law for SSSF Process: Example Problem

23:51 min

First Law for SSSF Process: Example Problem

24:44 min

First Law for SSSF Process: Example Problem

27:39 min

Supplementary Lecture: Problem solving with the aid of a computer

13:00 min

First Law of Thermodynamics for Unsteady Processes in a Control Volume

31:07 min

First Law for Unsteady Problems: Examples

28:56 min

First Law for Unsteady Problems

30:17 min

First Law for Unsteady Problems - Examples

28:27 min

Introduction to Second Law of Thermodynamics

33:31 min

Statements of the Second Law of Thermodynamics

27:37 min

Perpetual Motion Machines: Reversible and Irreversible Processes

29:28 min

Factors for Irreversibility and Introduction to Reversible Cycles

31:27 min

Carnot Theorem and Absolute Temperature Scale

29:47 min

Second Law: Illustrative Problems

32:28 min

Clausius Inequality and Introduction to Entropy

33:34 min

Thermodynamic Property Relationships; Entropy change for Solids

36:36 min

Entropy Balance for Reversible and Irreversible Processes

29:44 min

What is Entropy?

29:52 min

Entropy Change in closed system: Examples

30:27 min

Entropy Change in closed system: Examples

35:54 min

Supplementary Lecture: Problem solving with the aid of a computer

09:48 min

Supplementary Lecture: Problem solving with the aid of a computer

14:40 min

Entropy Transport for a Flow Process: Examples - 1

30:08 min

Entropy Transport for a Flow Process: Examples - 2

37:59 min

Entropy Transport for a Flow Process: Examples - 3

24:38 min

Entropy Transport for a Flow Process: Examples - 4

36:02 min

Entropy Transport for a Flow Process: Examples - 5

30:07 min

Gibbs free energy

36:00 min

Enthalpies Of Physical Changes

15:28 min

Enthalpy of Solution

15:25 min

Relation Between Enthalpy & Internal Energy

12:35 min

Intensive & Extensive Properties

09:23 min

Law of Equipartition of Energy

08:44 min

Degree of Freedom

13:26 min

What is Mean Free Path?

03:22 min

Phase Change Phenomena of Pure Substances

04:23 min

Stress & Strain - 1

03:14 min

Stress & Strain - 2

03:26 min

Hooke's Law

01:46 min

Collisions

13:57 min

Introduction Work & Energy

61:44 min

Work-Energy Theorem

12:34 min

Kinetic & Potential Energy

13:18 min

Revision: Work, Energy & Power

11:56 min

Maxwell's Equations & Displacement Current

10:49 min

EM Spectrum

04:19 min

EM Waves Sources & Nature

12:26 min

Energy of EM Waves

06:00 min

Electric Current & Ohm's Law

03:36 min

Current Density

05:56 min

Resistance and Resistivity

37:31 min

Cells in Series & Parallel

14:31 min

EMF & Internal Resistance of Cells

02:52 min

Kirchoff's Laws

10:38 min

Potentiometer

05:03 min

Solved Examples: Current Electricity

09:27 min