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 | | durée | vues | |
 | Shell vs. Editor | 1:20 | 4 965 | |
 | Errors | 1:16 | 333 | |
 | 11. Understanding Program Efficiency, Part 2 | 49:13 | 707 | |
 | String Manipulations | 3:50 | 544 | |
 | Function Calls | 2:35 | 726 | |
 | Class Instance | 2:21 | 448 | |
 | 6. Recursion and Dictionaries | 48:22 | 1 384 | |
 | Bindings | 1:40 | 954 | |
 | 9. Python Classes and Inheritance | 47:28 | 779 | |
 | List Aliasing/Mutation | 1:55 | 175 | |
 | Functions as Arguments | 3:33 | 367 | |
 | For Loops With Strings | 4:19 | 319 | |
 | Simple Lists | 2:49 | 179 | |
 | Black Box and Glass Box Testing | 2:40 | 206 | |
 | 5. Tuples, Lists, Aliasing, Mutability, and Cloning | 41:28 | 688 | |
 | For Loops | 1:55 | 403 | |
 | List Operations | 3:60 | 145 | |
 | 10. Understanding Program Efficiency, Part 1 | 51:26 | 952 | |
 | 12. Searching and Sorting | 48:32 | 486 | |
 | Exceptions | 2:41 | 189 | |
 | Methods | 1:26 | 170 | |
 | 3. String Manipulation, Guess and Check, Approximations, Bisection | 45:20 | 1 388 | |
 | 8. Object Oriented Programming | 41:44 | 1 565 | |
 | Python vs. Math | 1:37 | 1 744 | |
 | Comparisons | 1:23 | 434 | |
 | 2. Branching and Iteration | 43:31 | 3 494 | |
 | 4. Decomposition, Abstraction, and Functions | 41:90 | 841 | |
 | Class Definition | 0:50 | 1 782 | |
 | Branching | 1:60 | 389 | |
 | Special Methods | 2:12 | 158 | |
 | Subclass | 2:46 | 262 | |
 | Tuples | 3:29 | 185 | |
 | Strings | 0:53 | 528 | |
 | While Loops | 1:51 | 411 | |
 | 7. Testing, Debugging, Exceptions, and Assertions | 41:33 | 522 | |
 | Getters and Setters | 1:45 | 242 | |
 | Method Call | 1:47 | 260 | |
 | Video 4: Divisibility Results Based on the Binomial Theorem | 17:32 | 2 125 | |
 | Video 1: Introduction to Vectors - Position, Line, Free and Unit Vectors | 16:39 | 5 528 | |
 | Video 2: Scalar Triple Product | 28:34 | 1 022 | |
 | Video 9: 3D Geometry, Angle Bisector & Line of Intersection | 12:29 | 627 | |
 | Video 6: How to Solve Linear Equations Using Matrices & Determinants | 15:23 | 1 189 | |
 | Video 8: 3D Geometry, Perpendicular Distance, Perpendicular Line | 12:40 | 475 | |
 | Video 7: Introduction to Functions | 16:15 | 778 | |
 | Video 5: Introduction to Trigonometry | 13:50 | 1 247 | |
 | Video 3: The Binomial Theorem | 11:60 | 1 115 | |
 | Promoting Low Carbon Development in Johor Bahru | 11:15 | 1 474 | |
 | Challenges of Urban Flooding in Malaysia | 9:25 | 1 258 | |
 | Preservation of Local Identity and Architecture in the Face of Rapid Development in Malaysia | 12:28 | 938 | |
 | The Benefits and Costs of Converting Waste to Energy in Malaysia | 12:30 | 1 616 | |
 | Reducing Motorcycle Fatality and Promoting Sustainable Transport in Malaysia | 15:80 | 601 | |
 | Saving Malaysia Means Saving its Mangroves | 20:80 | 484 | |
 | Redefining Urban Rivers: River Restoration in Johor Bahru, Malaysia | 10:23 | 579 | |
 | Transforming Shopping Malls into Environmentally and Socially Sustainable Spaces in Malaysia | 12:42 | 657 | |
 | "Reduce, Reuse and Recycle", Encouraging Better Solid Waste Management Practices in Malaysia | 16:10 | 591 | |
 | Applying a Bottom Up Approach to Improve Energy Subsidies in Malaysia | 6:10 | 930 | |
 | Converting Biomass to Energy: A Low Carbon Development Strategy for Malaysia | 10:23 | 808 | |
 | Innovative Strategies to Provide Solid Waste Management in Penang, Malaysia | 12:37 | 717 | |
 | Development Induced Displacement in Malaysia | 11:51 | 559 | |
 | Managing Urban Sprawl in Kuala Lumpur, Malaysia | 15:40 | 531 | |
 | A Road Map of Urban Village Transformation in Kuala Lumpur, Malaysia | 12:42 | 771 | |
 | Encouraging Green Architecture in Malaysia | 16:19 | 492 | |
 | Strategies to Reduce Air Pollution from Vehicle Emissions in Penang, Malaysia | 10:49 | 445 | |
 | Exploring The Potential For CO2 Emission Reduction Through Green Technology Adoption in Malaysia | 18:49 | 644 | |
 | 6. Wave Profiles, Heat Equation / point source | 52:16 | 3 581 | |
 | 23. Cache-Oblivious Algorithms: Medians & Matrices | 1:20:28 | 3 319 | |
 | Video 2: Phase Diagram | 5:57 | 4 606 | |
 | Video 1: Expectations | 6:60 | 9 202 | |
 | Video 3: Lift | 5:13 | 2 882 | |
 | Video 4: The First Day | 7:42 | 2 191 | |
 | Video 5: Introductions | 2:25 | 1 156 | |
 | 14. Tissue Engineering: Osteochondral Scaffold; How To Write a Paper | 56:12 | 1 874 | |
 | 5. Honeycombs: Out-of-plane Behavior | 1:12:56 | 4 648 | |
 | 9. Foams: Thermal Properties | 58:38 | 2 257 | |
 | 2. Processing of Cellular Solids | 1:14:58 | 1 888 | |
 | 7. Natural Honeycombs: Cork; Foams: Linear Elasticity | 1:06:90 | 1 023 | |
 | 3. Structure of Cellular Solids | 1:15:50 | 1 228 | |
 | 10. Exam Review | 1:07:17 | 1 833 | |
 | 17. Sandwich Panels | 1:14:58 | 781 | |
 | 11. Trabecular Bone and Osteoporosis | 1:14:38 | 798 | |
 | 15. Cell-scaffold Interactions; Energy Absorption | 1:13:50 | 564 | |
 | 4. Honeycombs: In-plane Behavior | 1:16:00 | 1 418 | |
 | 1. Introduction and Overview | 1:05:39 | 6 419 | |
 | 8. Foams: Non-linear Elasticity | 1:09:29 | 1 335 | |
 | 13. Tissue Engineering Scaffolds: Processing and Properties | 1:12:14 | 1 045 | |
 | 6. Natural Honeycombs: Wood | 1:18:11 | 825 | |
 | 12. Trabecular Bone, Osteoporosis, and Evolution | 1:09:13 | 1 168 | |
 | 19. Biomimicking | 30:11 | 1 105 | |
 | 16. Applications: Energy Absorption in Foams | 1:10:32 | 1 109 | |
 | 18. Natural Sandwich Structures; Density Gradients | 34:24 | 781 | |
 | Thank You to our YouTube Subscribers! | 0:27 | 7 225 | |
 | About MIT OpenCourseWare | 2:41 | 96 997 | |
 | MIT Undergraduate Curriculum Map and OCW | 2:36 | 12 663 | |
 | 2.10.3 Tree Coloring: Video | 2:40 | 857 | |
 | 2.9.2 State Machines Invariants: Video | 26:00 | 324 | |
 | 1.1.1 Welcome to 6.042 | 2:15 | 8 116 | |
 | 4.1.1 Tree Model: Video | 25:24 | 212 | |
 | 3.2.6 Asymptotic Blunders | 4:33 | 166 | |
 | 1.8.1 Induction: Video | 21:42 | 264 | |
 | 1.1.3 Intro to Proofs: Part 2 | 7:80 | 1 564 | |
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