Physics
86 playlists · 3662 videos
What in Physics?
Everything in Physics
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6:17
54
- 1 Three Ways to Destroy the Universe 6:17
- 2 Black Holes Explained – From Birth to Death 5:56
- 3 Space Elevator – Science Fiction or the Future of Mankind? 5:26
- 4 The Last Star in the Universe – Red Dwarfs Explained 5:51
- 5 How Far Can We Go? Limits of Humanity (Old Version – Watch the New One) 7:16
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1:39
48
- 1 Crash Course Astronomy Preview 1:39
- 2 Introduction to Astronomy: Crash Course Astronomy #1 12:12
- 3 Naked Eye Observations: Crash Course Astronomy #2 11:17
- 4 Cycles in the Sky: Crash Course Astronomy #3 9:29
- 5 Moon Phases: Crash Course Astronomy #4 9:46
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2:36
47
- 1 Crash Course Physics Preview 2:36
- 2 Motion in a Straight Line: Crash Course Physics #1 10:40
- 3 Derivatives: Crash Course Physics #2 10:02
- 4 Integrals: Crash Course Physics #3 10:09
- 5 Vectors and 2D Motion: Crash Course Physics #4 10:06
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4:50
8
- 1 Why is Relativity Hard? | Special Relativity Chapter 1 4:50
- 2 Spacetime Diagrams | Special Relativity Ch. 2 14:31
- 3 Lorentz Transformations | Special Relativity Ch. 3 12:18
- 4 Relativity of Simultaneity | Special Relativity Ch. 4 3:48
- 5 Length Contraction and Time Dilation | Special Relativity Ch. 5 7:17
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42:45
78
- 1 The Ultimate Journey to the Edge of the Universe (4K) 42:45
- 2 The Insane Science of Neutron Stars [4K] 39:52
- 3 The Largest Star (Stephenson 2-18) 26:55
- 4 You Live in a Supervoid 31:44
- 5 The Dark Matter Mystery [4K] 39:38
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55:26
194
- 1 Before the Big Bang 7: An Eternal Cyclic Universe, CCC revisited & Twistor Theory 55:26
- 2 Before the Big Bang 1 – Loop Quantum Cosmology Explained 43:27
- 3 7.3a. HIGGS – Quantum Vacuum and Cosmology 12:09
- 4 Twin paradox: the real explanation 13:21
- 5 7.3b. HIGGS – The Higgs Boson, Scalar Fields and Inflation 13:22
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59:59
81
- 1 Electric Field Due To Point Charges – Physics Problems 59:59
- 2 Coulomb’s Law – Net Electric Force & Point Charges 35:53
- 3 Electric Flux, Gauss’s Law & Electric Fields, Through a Cube, Sphere, & Disk, Physics Problems 12:52
- 4 Electric Field Due to a Line of Charge – Finite Length – Physics Practice Problems 39:43
- 5 Electric Field Due to a Ring of Charge, Linear Charge Density, Physics Practice Problems 15:43
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51:33
24
- 1 Lec 1 | MIT 18.01 Single Variable Calculus, Fall 2007 51:33
- 2 Lec 1 | MIT 6.042J Mathematics for Computer Science, Fall 2010 44:09
- 3 1. Introduction 46:40
- 4 The Map of Physics 8:20
- 5 “It’s Not Over Until I Win” Military Motivation Speech // Les Brown TD Jakes 7:10
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53:37
200
- 1 Physics – Basic Introduction 53:37
- 2 Math and Science YouTube Video Tutorials for Online College and High School Students 1:07
- 3 How To Calculate Your GPA In College 5:35
- 4 Physics Videos 5:03
- 5 Greek Alphabet Symbols List – College Math, Chemistry, & Physics 5:31
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11:28
14
- 1 Spherical Mirrors & The Mirror Equation – Geometric Optics 11:28
- 2 Snell’s Law & Index of Refraction Practice Problems – Physics 17:57
- 3 Total Internal Reflection & The Critical Angle, Optics – Physics 11:12
- 4 Thin Lens Equation, Optics, Converging Lens & Diverging Lens – Physics 11:48
- 5 Ray Diagrams 10:51
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1:13:21
24
- 1 1. Course Introduction and Newtonian Mechanics 1:13:21
- 2 2. Vectors in Multiple Dimensions 1:06:49
- 3 3. Newton’s Laws of Motion 1:08:22
- 4 4. Newton’s Laws (cont.) and Inclined Planes 1:07:25
- 5 5. Work-Energy Theorem and Law of Conservation of Energy 1:10:16
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5:46
40
- 1 8.02x – Introduction 5:46
- 2 8.02x – Lect 1 – Electric Charges and Forces – Coulomb’s Law – Polarization 47:13
- 3 8.02x – Lect 2 – Electric Field Lines, Superposition, Inductive Charging, Induced Dipoles 48:13
- 4 8.02x – Lect 3 – Electric Flux, Gauss’ Law, Examples 50:11
- 5 8.02x – Lect 4 – Electrostatic Potential, Electric Energy, Equipotential Surfaces 49:02
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1:58:15
10
- 1 Special Relativity | Lecture 1 1:58:15
- 2 Special Relativity | Lecture 2 54:00
- 3 Special Relativity | Lecture 3 1:59:28
- 4 Special Relativity | Lecture 4 1:50:11
- 5 Special Relativity | Lecture 5 2:01:00
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3:21
40
- 1 8.01x – Introduction 3:21
- 2 8.01x – Lect 1 – Powers of 10, Units, Dimensions, Uncertainties, Scaling Arguments 38:02
- 3 8.01x – Lect 2 – 1D Kinematics – Speed, Velocity, Acceleration 50:42
- 4 8.01x – Lect 3 – Vectors – Dot Products – Cross Products – 3D Kinematics 49:33
- 5 8.01x – Lect 4 – 3D Kinematics, Free Falling Reference Frames 52:03
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6:35
8
- 1 The Maths of General Relativity (1/8) – Spacetime and Worldlines 6:35
- 2 The Maths of General Relativity (2/8) – Spacetime velocity 7:19
- 3 The Maths of General Relativity (3/8) – Geodesics 7:27
- 4 The Maths of General Relativity (4/8) – Metric tensor 14:16
- 5 The Maths of General Relativity (5/8) – Curvature 10:39
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1:29:11
10
- 1 Classical Mechanics | Lecture 1 1:29:11
- 2 Classical Mechanics | Lecture 2 1:39:04
- 3 Classical Mechanics | Lecture 3 1:49:47
- 4 Classical Mechanics | Lecture 4 1:55:49
- 5 Classical Mechanics | Lecture 5 2:02:13
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1:06:02
25
- 1 1. Electrostatics 1:06:02
- 2 2. Electric Fields 1:13:03
- 3 3. Gauss’s Law I 1:11:20
- 4 4. Gauss’s Law and Application to Conductors and Insulators 1:15:36
- 5 5. The Electric Potential and Conservation of Energy 1:14:11
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1:06:02
25
- 1 1. Electrostatics 1:06:02
- 2 2. Electric Fields 1:13:03
- 3 3. Gauss’s Law I 1:11:20
- 4 4. Gauss’s Law and Application to Conductors and Insulators 1:15:36
- 5 5. The Electric Potential and Conservation of Energy 1:14:11
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19:16
61
- 1 8th Science | Chapter 1| Living World & Classification of microbes| Lecture 1| Maharashtra Board | 19:16
- 2 8th Science | Chapter 1| Living World & Classification of microbes| Lecture 2 | Maharashtra Board | 24:56
- 3 8th Science | Chapter 2 | Health and Diseases | Lecture 1 | Maharashtra Board | 20:17
- 4 8th Science | Chapter 2 | Health and Diseases | Lecture 2 | Maharashtra Board | 17:34
- 5 8th Science | Chapter 2 | Health and Diseases | Lecture 3 | Maharashtra Board | 17:30
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1:16:07
25
- 1 Lecture 1: Introduction to Superposition 1:16:07
- 2 Lecture 2: Experimental Facts of Life 1:20:12
- 3 Lecture 3: The Wave Function 1:17:55
- 4 Lecture 4: Expectations, Momentum, and Uncertainty 1:20:07
- 5 Lecture 5: Operators and the Schrödinger Equation 1:23:14
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9:31
85
- 1 Scale of earth and sun | Scale of the universe | Cosmology & Astronomy | Khan Academy 9:31
- 2 Scale of solar system | Scale of the universe | Cosmology & Astronomy | Khan Academy 12:31
- 3 Scale of distance to closest stars | Scale of the universe | Cosmology & Astronomy | Khan Academy 8:18
- 4 Scale of the galaxy | Scale of the universe | Cosmology & Astronomy | Khan Academy 12:55
- 5 Intergalactic scale | Scale of the universe | Cosmology & Astronomy | Khan Academy 10:50
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6:07
45
- 1 Introduction to Astronomy 6:07
- 2 Cosmology: A Big Bang and the Beginning of the Universe 15:48
- 3 Star and Galaxy Formation in the Early Universe 7:09
- 4 Classification of Stars: Spectral Analysis and the H-R Diagram 7:05
- 5 The Life and Death of Stars: White Dwarfs, Supernovae, Neutron Stars, and Black Holes 16:36
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5:41
94
- 1 Statics: How to Use This Course Successfully Plus Book! 5:41
- 2 Statics: Lesson 1 – Intro and Newton’s Laws, Scalers, and Vectors 16:19
- 3 Statics: Lesson 2 – Vector Language, Intro to Vector Addition 12:58
- 4 Statics: Lesson 3 – The Triangle Rule for Adding Vectors to Find a Resultant 16:10
- 5 Statics: Lesson 4 – Cartesian Notation & Vector Addition Explained! 23:10
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1:50
16
- 1 OpenToonz Lesson 1 – How to Download and Install on Windows 1:50
- 2 OpenToonz Lesson 2 – Basic Animation 10:05
- 3 OpenToonz Lesson 3 – Vector VS Raster Levels 5:51
- 4 OpenToonz Lesson 4 – Drawing Tools 9:21
- 5 OpenToonz Lesson 5 – Colors, Palettes and Styles 11:27
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1:35:47
9
- 1 Cosmology Lecture 1 1:35:47
- 2 Cosmology Lecture 2 1:46:07
- 3 Cosmology Lecture 3 1:41:15
- 4 Cosmology Lecture 4 1:37:11
- 5 Cosmology Lecture 5 1:45:41
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11:18
14
- 1 Ch 1: Why linear algebra? | Maths of Quantum Mechanics 11:18
- 2 Ch 2: What are kets and wavefunctions? | Maths of Quantum Mechanics 12:12
- 3 Ch 3: Why do we need a Hilbert Space? | Maths of Quantum Mechanics 8:12
- 4 Ch 4: What is an inner product? | Maths of Quantum Mechanics 10:11
- 5 Ch 5: What are Dirac deltas and wavefunction inner products? | Maths of Quantum Mechanics 10:31
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4:00
59
- 1 Physics 51 – Optics: Reflections (1 of 2) Introduction 4:00
- 2 Physics 51 – Optics: Reflections (2 of 2) Inbound and Exit Ray 3:55
- 3 Physics 52 Refraction and Snell’s Law (1 of 11) Introduction to Snell’s Law 6:19
- 4 Physics 52 Refraction and Snell’s Law (2 of 11) Light Ray Going Through a Glass Slab 11:30
- 5 Physics 52 Refraction and Snell’s Law (3 of 11) Light Ray Through A Prism 8:01
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14:14
18
- 1 Optical Fibers: Structure, Basics and Types | Step index Optical Fiber | Graded Index Optical Fiber 14:14
- 2 Comparison of Step index Optical Fiber and Graded Index Optical Fiber with Different Parameters 11:00
- 3 Single-mode Optical fiber and Multi-mode Optical Fiber in Optical Fiber Communication 13:25
- 4 Comparison of Multimode Step Index Fiber and Multimode Graded Index Fiber in Optical Communication 11:06
- 5 Refractive Index (Definition, Basics & Examples) Explained in Optical Fiber Communication 7:58
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43:52
11
- 1 Four Fundamental Forces (Gravity, EM, Strong & Weak Nuclear Forces) 43:52
- 2 What are Antiparticles? | Dirac Hole Theory & more (Complete) 42:36
- 3 What are Neutrinos? – Neutrino Hypothesis, Properties, Handedness (Complete) 31:53
- 4 Parity Violation in Beta Decay (Wu Experiment) | Weak Interaction | EXPLAINED 37:50
- 5 Neutrino Oscillations & Solar Neutrino Problem ( Simply Explained) 19:08
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1:37:17
9
- 1 Lecture 1 | New Revolutions in Particle Physics: Standard Model 1:37:17
- 2 Lecture 2 | New Revolutions in Particle Physics: Standard Model 1:38:29
- 3 Lecture 4 | New Revolutions in Particle Physics: Standard Model 1:41:32
- 4 Lecture 5 | New Revolutions in Particle Physics: Standard Model 1:34:42
- 5 Lecture 6 | New Revolutions in Particle Physics: Standard Model 1:32:38
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5:20
20
- 1 Basics of Python: Part 1 – Introduction 5:20
- 2 Basics of Python: Part 2 – Lists, Tuples, Arrays 13:09
- 3 Basics of Python: Part 3 – Loops, If Statements 10:53
- 4 Basics of Python: Part 4 – Sample Problems 7:31
- 5 NumPy Tutorial: For Physicists, Engineers, and Mathematicians 1:32:42
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29:32
70
- 1 #1 – Properties Of Light | Geometrical / Ray Optics | Physics for IIT JEE Main & Advanced 29:32
- 2 #2 – Laws of Reflection | Geometrical optics/Ray Optics | Physics for IIT JEE Main & Advanced 13:12
- 3 #3 – Special Cases of Reflection | Geometrical optics/Ray Optics | Physics for IIT JEE Main 13:26
- 4 #4 – Example on Equation of Reflected Ray | Geometrical/Ray Optics | Physics for IIT – JEE Advance 23:37
- 5 #5 – Plane Mirror & Examples | Geometrical / Ray Optics | Physics for IIT – JEE Advance & Main 19:16
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6:14
12
- 1 How to use Vernier Caliper and measure diameters and least count | Physics Practical for 11th class 6:14
- 2 Screw gauge experiment class 11| How to use and read micrometer | Least count of micrometer [EP 2] 11:23
- 3 Spherometer practical class 11 | How to use and measure radius of curvature | Physics practical EP 3 10:53
- 4 Beam Balance experiment class 11 | Determine mass of two different objects | analytical balance EP 4 11:48
- 5 Parallelogram triangle law of vector addition Experiment class 11 | Gravesand’s apparatus EP 5 18:38
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15:07
130
- 1 Basics of Vector | Resultant of Vectors | Law of Parallelogram | Law of Triangle | Law of Polygon 15:07
- 2 Dot Product of vectors | Cross Product of vectors | Properties of Dot Product & Cross Product 11:40
- 3 Cartesian Coordinate System & Projection of Vector 10:06
- 4 Gradient, Divergence, and Curl Explained: Essential Vector Calculus 18:57
- 5 Gauss Divergence Theorem: Basics, Proof, Physical Significance and Applications 12:49
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3:29
9
- 1 Thermo: How to Use This Online Course Successfully 3:29
- 2 Thermo: Lesson 1 – Intro to Thermodynamics 6:50
- 3 Thermo: Lesson 2 – Intensive vs. Extensive Properties and Units 18:29
- 4 Thermo: Lesson 3 – What is Entropy, Enthalpy, Internal Energy 20:37
- 5 Thermo: Lesson 4 – The State Postulate and Equilibrium 7:48
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46:46
36
- 1 Lec 1 | MIT 5.60 Thermodynamics & Kinetics, Spring 2008 46:46
- 2 Lec 2 | MIT 5.60 Thermodynamics & Kinetics, Spring 2008 50:43
- 3 Lec 3 | MIT 5.60 Thermodynamics & Kinetics, Spring 2008 52:08
- 4 Lec 4 | MIT 5.60 Thermodynamics & Kinetics, Spring 2008 54:37
- 5 Lec 5 | MIT 5.60 Thermodynamics & Kinetics, Spring 2008 49:22
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19:53
44
- 1 Lecture Series on Quantum Mechanics (Beginner to Advanced) 19:53
- 2 Best Quantum Mechanics Books (Griffiths, Zettili, Eisberg & More) 13:51
- 3 WHAT IS LIGHT? From Maxwell’s Equations to Photons 30:21
- 4 Blackbody Radiation – Experimental Observations: Stefan Law, Wiens Displacement Law (Part 1) 23:58
- 5 Rayleigh Jeans Law & Ultraviolet Catastrophe (DERIVATION) : Blackbody Radiation (Part 2) 42:16
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47:27
24
- 1 Physics Informed Machine Learning: High Level Overview of AI and ML in Science and Engineering 47:27
- 2 AI/ML+Physics Part 1: Choosing what to model [Physics Informed Machine Learning] 43:27
- 3 AI/ML+Physics Part 2: Curating Training Data [Physics Informed Machine Learning] 36:11
- 4 AI/ML+Physics Part 3: Designing an Architecture [Physics Informed Machine Learning] 36:30
- 5 AI/ML+Physics Part 4: Crafting a Loss Function [Physics Informed Machine Learning] 23:12
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1:00:56
31
- 1 Lecture – 1 Introduction to Quantum Physics;Heisenberg”s uncertainty principle 1:00:56
- 2 Lecture – 2 Introduction to linear vector spaces 1:03:17
- 3 Lecture – 3 Characteristics of linear vector spaces 1:02:12
- 4 Lecture – 4 Functions in a linear vector space 59:05
- 5 Lecture – 5 Linear operations in a linear vector space and their eigenvalues 1:05:21
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31:24
23
- 1 1. Roadmap for backend from first principles 31:24
- 2 2. Walk the path of a true backend engineer 3:53
- 3 3. What is a Backend, how do they work and why do we need them? 19:01
- 4 4. Benefits of learning backend engineering from first principles 10:11
- 5 5. Understanding HTTP for backend engineers, where it all starts 1:18:13
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8:32
116
- 1 Thermodynamics – 1-1 Introduction and the 4 Laws of Thermodynamics 8:32
- 2 Thermodynamics – 1-2 Units 4:52
- 3 Thermodynamics – 1-3 Systems and Control Volumes 3:27
- 4 Thermodynamics – 1-4 Properties of a System 4:17
- 5 Thermodynamics – 1-5 Density and Specific Gravity 2:15
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5:20
11
- 1 Astronomy – Chapter 1: Introduction (1 of 10) What Makes Up the Universe? 5:20
- 2 Astronomy – Chapter 1: Introduction (2 of 10) What Is Matter? 8:19
- 3 Astronomy – Chapter 1: Introduction (3 of 10) Where Does All Matter Come From? 5:29
- 4 Astronomy – Chapter 1: Introduction (4 of 10) Where Did Solar System Come From? 6:17
- 5 Astronomy – Chapter 1: Introduction (5 of 10) How Did The Galaxy Form? 5:32
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17:49
115
- 1 Quantum mechanics as a framework. Defining linearity 17:49
- 2 Linearity and nonlinear theories. Schrödinger’s equation 10:03
- 3 Necessity of complex numbers 7:39
- 4 Photons and the loss of determinism 17:21
- 5 The nature of superposition. Mach-Zehnder interferometer 14:31
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1:10:23
32
- 1 1. Inflationary Cosmology: Is Our Universe Part of a Multiverse? Part I 1:10:23
- 2 2. Inflationary Cosmology: Is Our Universe Part of a Multiverse, Part II 1:17:15
- 3 3. The Doppler Effect and Special Relativity 1:16:08
- 4 4. The Kinematics of the Homogeneous Expanding Universe 1:18:13
- 5 5. Cosmological Redshift and the Dynamics of Homogeneous Expansion, Part I 1:18:24
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2:51
30
- 1 Unity Conversion Ratios 2:51
- 2 Pressure | Thermodynamics | (Solved examples) 8:42
- 3 Energy Transfer by Heat and Work | Thermodynamics | (Solved examples) 5:26
- 4 Forms of Energy & Mass Flow | Thermodynamics | (Solved Examples) 9:57
- 5 The First Law of Thermodynamics | Thermodynamics | (Solved Examples) 9:52
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1:21
11
- 1 Introducing: Cosmology 101 with Katie Mack 1:21
- 2 Expansion of the Universe Explained | Cosmology 101 Episode 1 5:37
- 3 Cosmic Microwave Background (CMB) Explained | Cosmology 101 Episode 2 6:14
- 4 Stellar Evolution Explained | Cosmology 101 Episode 3 5:41
- 5 Galaxy Formation Explained | Cosmology 101 Episode 4 5:56
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46:40
24
- 1 1. Introduction 46:40
- 2 2. Planetary Orbits 51:23
- 3 3. Our Solar System and the Pluto Problem 45:55
- 4 4. Discovering Exoplanets: Hot Jupiters 46:41
- 5 5. Planetary Transits 49:21
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1:08:29
23
- 1 1. Introduction and the geometric viewpoint on physics. 1:08:29
- 2 2. Introduction to tensors. 1:19:10
- 3 3. Tensors continued. 1:11:41
- 4 4. Volumes and volume elements; conservation laws. 1:19:29
- 5 5. The stress energy tensor and the Christoffel symbol. 1:20:36
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2:03
12
- 1 Physics Lab – Measurements, Errors and Graphs 2:03
- 2 Physics Lab – 1. Uniform Motion with Constant Velocity 2:22
- 3 Physics Lab – 2. Linear Motion with Constant Acceleration and Motion in a Plane 2:06
- 4 Physics Lab – 3. Atwood’s Machine 1:38
- 5 Physics Lab – 4. Collisions and Conservation of Linear Momentum 5:09
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2:15
200
- 1 8.01SC Classical Mechanics Introduction 2:15
- 2 0.1 Vectors vs. Scalars 1:07
- 3 0.2 Vector Operators 2:14
- 4 0.3 Coordinate Systems and Unit Vectors 1:04
- 5 0.4 Vectors – Magnitude and Direction 0:40
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11:01
104
- 1 THERMODYNAMICS Basic Units and Pressure Concepts in 11 Minutes! 11:01
- 2 Hydraulic Lift Example for THERMO UNITS Review in 3 Minutes! 3:38
- 3 PISTON-CYLINDER Work and Constant Pressure Example in 5 Minutes! 5:45
- 4 Thermo Intro – Physics Review – Specific Heat Liquids & Solids in 3 Minutes! 3:41
- 5 ZEROTH LAW of Thermodynamics & Temperature Units in 10 Minutes! 9:48
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29:12
7
- 1 WASSCE Physics Practical | 2022 Question Fully Solved Step-by-Step 29:12
- 2 How to Set Up a Simple Electrical Circuit | Step-by-Step Practical Guide 15:36
- 3 WASSCE 2024 Physics Practical | Electricity: Complete Tutorial and Tips 17:43
- 4 EXPLORING RESISTANCE PER UNIT LENGTH OF A POTENTIOMETER WIRE – WASSCE 2023 PHYSICS PRACTICAL 21:11
- 5 WASSCE 2022 PHYSICS PRACTICAL ALTERNATIVE B QUESTION 3 (ELECTRICITY) 20:11
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50:39
53
- 1 (LEC-01) Introduction to Lagrangian Mechanics | Constraint | Holonomic and non holonomic constraint 50:39
- 2 (LEC-02) Problem Introduced by Constraint and their removal 29:46
- 3 (LEC-03) Generalized coordinates || What are Generalized coordinate || #msc #bsc 36:40
- 4 (LEC-04) Degree of Freedom || Classical Mechanics || #msc #bsc 37:51
- 5 (LEC-05) Principle of virtual work || Virtual Displacement || #msc #bsc 32:27
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31:35
10
- 1 OL Physics (5054) & IGCSE Physics (0625) | Alternative to Practical | Errors & Graph Plotting 31:35
- 2 OL Physics (5054) & IGCSE Physics (0625) | Alternative to Practical | Measurement Techniques 26:47
- 3 OL Physics (5054) & IGCSE Physics (0625) | Alternative to Practical | Thermal Physics 28:11
- 4 OL Physics (5054) & IGCSE Physics (0625) | Alternative to Practical | Light & Lenses 24:01
- 5 OL Physics (5054) & IGCSE Physics (0625) | Alternative to Practical | Current & Electricity 18:11
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44:54
51
- 1 01: Introduction and Fundamental principles 44:54
- 2 02: Fundamentals part2, Generalized coordinates 45:49
- 3 03: D´Alembert´s principle and Lagranges eq 44:28
- 4 04: D´Alembert´s principle part 2 45:01
- 5 05: Hamilton´s principles – Part 1 43:25
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14:57
7
- 1 1. Cardinal Points of an Optical System | Geometrical Optics 14:57
- 2 2. Properties of Cardinal Points | Geometrical Optics 6:22
- 3 3. Expression for Focal length of combination of two thin lenses | Geometrical Optics 13:22
- 4 4. Position of Cardinal Points of a Lens Combination | Geometrical Optics 6:02
- 5 5. Newton’s Formula | Important Concept | Geometrical Optics 6:42
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1:03:53
25
- 1 Thermodynamics: Concepts, Terminology, and Definitions (1 of 25) 1:03:53
- 2 Thermodynamics: Energy, Heat, and Work (2 of 25) 1:08:25
- 3 Thermodynamics: Conservation of Energy; Properties of Pure Substances (3 of 25) 1:06:51
- 4 Thermodynamics: Properties of Pure Substances (4 of 25) 1:06:41
- 5 Thermodynamics: Property Tables; Ideal Gases (5 of 25) 1:07:19
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44:05
27
- 1 001 Introduction to Quantum Mechanics, Probability Amplitudes and Quantum States 44:05
- 2 002 Dirac Notation and the Energy Representation 42:36
- 3 003 Operators and Measurement 49:12
- 4 004 Commutators and Time Evolution (the Time Dependent Schrodinger Equation) 54:31
- 5 005 Further TDSE and the Position Representation 49:44
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11:38
18
- 1 How to determine the refractive index, n of the glass block using real depth and apparent depth. 11:38
- 2 Determination of acceleration due to earth’s gravity. | Graph of T^2 against L | Gravity formula. 48:14
- 3 KCSE Physics Paper 3 (232/3) GUIDELINES | How to prepare for KCSE Physics practical – 2nd Edition 1:03:31
- 4 Determination of refractive index, n of a glass block using a graph of sin i against sin r. 55:24
- 5 Internal resistance, r of the cells from the graph of E-V against I. 26:19
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1:53
33
- 1 Kinematics, Dynamics and Statics | Introduction to Classical Mechanics 1:53
- 2 Generalized Coordinates & Equations of Motion | Classical Mechanics 2:46
- 3 Newton’s Laws of Motion – Short Review 1:22
- 4 How to Calculate a Rotation Matrix | Classical Mechanics 2:07
- 5 Why is the Rotation Matrix Orthogonal? | Classical Mechanics 2:52
-
1:10:17
44
- 1 Mod-01 Lec-01 Introduction 1:10:17
- 2 Mod-01 Lec-02 Properties of Nucleus 45:40
- 3 Mod-02 Lec-03 Nuclear Force – Properties 36:16
- 4 Mod-02 Lec-04 Deuteron 36:05
- 5 Mod-02 Lec-05 Nucleon Scattering 40:44
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8:11
43
- 1 Lesson 1: Introduction to Thermodynamics (with Mountain Dew) 8:11
- 2 Lesson 1: Intro to Thermodynamics 5:44
- 3 Lesson 2: Thermodynamic Properties 8:56
- 4 Lesson 3: Units 11:29
- 5 Lesson 3: Units! 7:20
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9:42
200
- 1 Introduction to Electromagnetic Engineering – Vector Analysis – Electromagnetic Engineering 9:42
- 2 Introduction to Vector Analysis – Vector Analysis – Electromagnetic Engineering 11:30
- 3 Introduction to Rectangular Coordinate System – Vector Analysis – Electromagnetic Engineering 33:36
- 4 Rectangular Coordinate System Problem 1 – Vector Analysis – Electromagnetic Field and Wave Theory 3:27
- 5 Rectangular Coordinate System Problem 2 – Vector Analysis – Electromagnetic Field and Wave Theory 8:45
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15:49
35
- 1 1. Gravity is Geometry (General Relativity) 15:49
- 2 2. Two Dimensional Spaces and Line Elements (General Relativity) 53:31
- 3 3. Flat Spacetime (General Relativity) 53:23
- 4 4. Special Relativity (General Relativity) 54:58
- 5 5. Vectors (General Relativity) 55:28
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3:16
61
- 1 Applied Optics 3:16
- 2 Lecture 01 : Course Overview 36:36
- 3 Lecture 02 : Introduction to Geometrical Optics 32:11
- 4 Lecture 03 : Ray Theory, Fermat’s Principle 39:34
- 5 Lecture 04 : Refraction from Single Interface 25:59
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5:58
67
- 1 L0.1 Introduction to Nuclear and Particle Physics: Course Overview 5:58
- 2 L0.2 Introduction to Nuclear and Particle Physics: Course Organization 4:01
- 3 L0.3 Introduction to Nuclear and Particle Physics: Teaching Staff 4:24
- 4 L0.4 Introduction to Nuclear and Particle Physics: Literature 3:35
- 5 L0.5 Introduction: Early History and People in Nuclear and Particle Physics 16:01
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24:35
53
- 1 Electromagnetism – LECTURE 01 Part 01/01 – by Prof Robert de Mello Koch 24:35
- 2 Electromagnetism – LECTURE 01 Part 02/04 – by Prof Robert de Mello Koch 31:21
- 3 Electromagnetism – LECTURE 01 Part 03/04 – by Prof Robert de Mello Koch 24:41
- 4 Electromagnetism – LECTURE 01 Part 04/04 – by Prof Robert de Mello Koch 24:04
- 5 Electromagnetism – LECTURE 02 Part 01/04 – by Prof Robert de Mello Koch 28:59
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11:32
22
- 1 Introduction to Relativity 11:32
- 2 Relativity Demo 31:42
- 3 Relativity 9.4 Dashboards 4:11
- 4 Relativity 9.4 Workplace UI 4:14
- 5 Relativity 9.4 Search Panel 6:04
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1:06:31
13
- 1 Astronomical data analysis using Python Lecture 1 | Yogesh Wadadekar 1:06:31
- 2 Astronomical data analysis using Python Lecture 2 | Yogesh Wadadekar 1:12:15
- 3 Astronomical data analysis using Python Lecture 3 | Yogesh Wadadekar 1:22:41
- 4 Astronomical data analysis using Python Lecture 4 | Yogesh Wadadekar 1:13:56
- 5 Astronomical data analysis using Python Lecture 5 | Yogesh Wadadekar 1:17:55
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4:11
7
- 1 Relativity 9.4 Dashboards 4:11
- 2 Relativity 9.4 Workplace UI 4:14
- 3 Relativity 9.4 Search Panel 6:04
- 4 Relativity Review / Analytics: Language Identification and Name Normalization 10:05
- 5 Relativity Review: Case Dynamics 27:38
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57:26
29
- 1 General Astronomy: Lecture 1 – Introduction 57:26
- 2 General Astronomy: Lecture 2 – The Ancient Views of the Heavens 26:24
- 3 General Astronomy: Lecture 3 – The Copernican Revolution 23:09
- 4 General Astronomy: Lecture 4 – Making Sense of the Universe 40:57
- 5 General Astronomy: Lecture 5 – Patterns in the Night Sky 35:51
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18:07
35
- 1 Python Physics Lesson 1: Hello World and Variables 18:07
- 2 Python Physics Lesson 2: 1D Kinematics and Loops 23:00
- 3 Python Physics Lesson 3: Graphs and Stuff 18:17
- 4 Python Physics Lesson 4: Making 3D Objects and Projectile Motion 19:24
- 5 Python Physics Lesson 5: Projectile Motion with Air Resistance 12:34
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35:11
13
- 1 Fortran 90 beginners tutorial – Part I – hello world, programs and modules 35:11
- 2 Fortran 90 tutorial – Part II – Makefiles 25:01
- 3 Fortran 90 tutorial – Part 3 – Floating point precision 21:58
- 4 Fortran 90 tutorial – Part 4 – read/write to output files 34:38
- 5 Computational astrophysics – L1 – Equations of compressible hydrodynamics 30:16
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7:38
12
- 1 Astronomical scale ||B.Sc. physics||Astronomical unit|| Light year ||parsec|| stellar radii ||notes 7:38
- 2 Astronomy & astrophysics. Time scale, Brightness, apparent & absolute magnitude, magnitude scale. 6:10
- 3 Absolute magnitude, Distance Modulus, Luminosity & Radiant flux. Astronomy & Astrophysics. Notes. 5:50
- 4 Determination of Distance by Parallax Method. Stellar Parallax. Astronomy & Astrophysics. Notes. 6:45
- 5 Celestial Sphere. Geometry of a sphere. Positional astronomy notes. 3:27
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2:49:48
17
- 1 Classical Mechanics – Taylor Chapter 1 – Newton’s Laws of Motion 2:49:48
- 2 Classical Mechanics – Taylor Chapter 2 – Projectiles and Charged Particles 2:10:46
- 3 Classical Mechanics – Taylor Chapter 3 – Momentum and Angular Momentum 1:40:49
- 4 Classical Mechanics – Taylor Chapter 4 – Energy 2:35:00
- 5 Classical Mechanics – Taylor Chapter 5 – Oscillations 1:45:17
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5:26
21
- 1 1. Schrödinger’s equation 5:26
- 2 2. Example system: Harmonic oscillator – part 1 4:32
- 3 3. Example system: Harmonic oscillator – part 2 1:53
- 4 4. Born’s rule 2:24
- 5 5. Normalization condition 3:01
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1:20:46
19
- 1 Lecture 2 1:20:46
- 2 Lecture 3 1:25:42
- 3 Lecture 4 1:40:59
- 4 Lecture 5 1:34:18
- 5 Lecture 6 1:40:44
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3:48
8
- 1 How Does Nuclear Fusion Work? GCSE Physics Explained 3:48
- 2 The Life Cycle of Stars – GCSE Physics – Space & Astrophysics 3:32
- 3 The Life Cycle of a Star – GCSE Physics Revision 6:22
- 4 Centripetal Force and Acceleration – The Physics of Circular Motion 3:14
- 5 Light From Distant Galaxies – Red Shift – GCSE Astrophysics – GCSE Physics 5:14
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1:17:26
21
- 1 Lecture 1 – Introduction to Quantum Physics | LUMSx Open Online Course 1:17:26
- 2 Lecture 2 – Quantum States and Qubits | LUMSx Open Online Course 1:33:03
- 3 Lecture 3 – Representing States in Dirac Notation | LUMSx Open Online Course 1:41:14
- 4 Lecture 4 – The Mach-Zehnder Interferometer | LUMSx Open Online Course 1:28:52
- 5 Lecture 5 – Interaction-free Measurements | LUMSx Open Online Course 1:25:53
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46:34
28
- 1 Thermodynamics I – Introduction, Systems and Properties M1P1 46:34
- 2 Thermodynamics I – Process Diagrams and Pressure M1P2 55:28
- 3 Thermodynamics I – Pressure and Temperature M1P3 40:03
- 4 Thermodynamics I – Properties and Phase Changes M2P1 33:42
- 5 Thermodynamics I – TV, PV Diagrams and Tables M2P2 43:24
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37:42
59
- 1 Lec 58 Quark parton model, summary of course 37:42
- 2 Lec 57 Deep inelastic scattering 34:38
- 3 Lec 56 Forward-backward asymmetry 32:56
- 4 Lec 55 Scattering without QFT 31:08
- 5 Lec 54 Dimensionality of time and particle decay 29:33
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1:48
18
- 1 Relativity aiR | Powerful AI for Faster, More Accurate Discovery 1:48
- 2 RelativityOne | Review Center: Accelerate Review with AI 1:15
- 3 RelativityOne | Review Center: Real-Time Insights at Your Fingertips 1:16
- 4 RelativityOne | Review Center: Save Time with Simple Setup 1:11
- 5 Relativity Culture | Relativity’s AI Principles 4:23
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36:20
30
- 1 [Electromagnetics I] 1. Course Introduction 36:20
- 2 [Electromagnetics I] 2. Vector analysis – part 1 1:01:22
- 3 [Electromagnetics I] 2. Vector analysis – part 2 1:06:59
- 4 [Electromagnetics I] 2. Vector analysis – part 3 45:21
- 5 [Electromagnetics I] 3. Curvilinear coordinates – part 1 12:24
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27:02
45
- 1 USE THESE SECRETS AND SCORE 100/100 IN THE PHYSICS PRACTICALS May 8, 2024 27:02
- 2 THE PRINCIPLE OF MOMENT || STATIONS 5:29
- 3 VERIFYING FARADAY’S AND LENZ’S LAWS OF ELECTROMAGNETIC INDUCTION #PhysicsLessons 4:42
- 4 DERTEMINATION OF A VALUE FOR THE ACCELERATION DUE TO GRAVITY #PhysicsLessons #Science #Education 7:45
- 5 Determination of the viscosity of liquids #Physics experiments #advanced level physics 6:10
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18:55
31
- 1 Electric Charge, Force, Couloumb’s Law, Superposition – Physics 18:55
- 2 Conservation of Electric Charge, Induction, Grounding – Physics 4:55
- 3 Electric Fields, Maps, Superposition, Electrostatic Equilibrium – Physics 15:41
- 4 Electric Fields of Charge Distributions, Infinite and Finite Wire, Ring, Arc – Physics 24:46
- 5 Electric Flux – Physics 5:48
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1:06:53
47
- 1 Jet Dependence of Charged Particles Production in pp Collision at LHC Energies || Physicist Hammad 1:06:53
- 2 0 9, 2 76, 5 02 TeV Multiplicity Origin Graph Plot Setting 18:51
- 3 Kaons Production (K⁺ K⁻) at √s = 13 TeV — CMS Simulation (HIJING), 7000 Events 5:06
- 4 7 TeV & 13 TeV Kaons Production Hijing Simulation at 40000 & 600 Events Jet 0,1,2 | Physicist Hammad 16:09
- 5 Kaons Simulation At Energies 0.9, 2.76 TeV – Multiplicity, Pseudo rapidity, and Transverse Momentum 24:24