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Index

Motion in a straight line

Motion in a plane

Laws of Motion

Electromagnetism

Fluid Mechanics

Geometrical Optics

Reflection and refraction

Ray-tracing methods

Paraxial, or first-order, imagery

Optical systems

Wave Optics

Fundamental Concepts

First law of thermodynamics

Second law of thermodynamics

Entropy

Open Systems

Thermodynamic Properties And Relations

Temperature, Kinetic Theory, and the Gas Laws

Work, Energy and Power

Solids

Electromagnetic Waves

Current Electricity

All Exams > ACT > Physics for ACT > All Videos

All videos of Physics for ACT

Motion in a straight line

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

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Motion in a plane

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

Laws of Motion

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

Electromagnetism

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

Fluid Mechanics

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

Geometrical Optics

Introduction to Optics

34:36 min

Geometrical Optics Lecture - 1

27:16 min

Geometrical Optics Lecture - 2

33:22 min

Reflection and refraction

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 methods

Ray Tracing

52:17 min

Ray Tracing Matrix (Part 1)

32:00 min

Ray Tracing Matrix (Part 2)

23:01 min

Paraxial, or first-order, imagery

Waves in Optical Systems: Matrix Method

16:38 min

Matrix Method in Paraxial Optics: An Introduction

24:06 min

Optical systems

Optical System of Eyes

14:56 min

Lens Aberrations

32:57 min

Wave Optics

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

Fundamental Concepts

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

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

Second law of thermodynamics

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

Entropy

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

Open Systems

Gibbs free energy

36:00 min

Enthalpies Of Physical Changes

15:28 min

Enthalpy of Solution

15:25 min

Thermodynamic Properties And Relations

Relation Between Enthalpy & Internal Energy

12:35 min

Intensive & Extensive Properties

09:23 min

Temperature, Kinetic Theory, and the Gas Laws

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

Work, Energy and Power

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

Solids

Stress & Strain - 1

03:14 min

Stress & Strain - 2

03:26 min

Hooke's Law

01:46 min

Electromagnetic Waves

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

Current Electricity

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

Physics for ACT

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Video lectures for Physics for ACT 2024 is part of ACT exam preparation. The videos have been prepared according to the ACT exam syllabus. The Video lectures, notes, tests & MCQs are made for ACT 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests here.

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