Maths, Physics & Chemistry Free Online Courses on YouTube

Maths, Physics & Chemistry

• Algebra, Salman Khan, Khan Academy
• Algebra 2, DerekOwens
• Algebra I Worked Examples, Salman Khan, Khan Academy
• Algebraic Topology, N J Wildberger, The University of New South Wales
• AMC Complex Numbers, Donylee
• AMC Function, Donylee
• AMC Polynomials and their Zeros, Donylee
• AMC Sequences and Series, Donylee
• Applied Mechanics, R.K.Mittal, IIT Delhi
• Arithmetic, Salman Khan, Khan Academy
• California Standards Test: Algebra I, Salman Khan, Khan Academy
• California Standards Test: Algebra II, Salman Khan, Khan Academy
• California Standards Test: Geometry, Salman Khan, Khan Academy
• Chemistry, Salman Khan, Khan Academy
• Chemistry 113 Forensic Science, Jim Spencer, Syracuse University
• Chemistry 51A Organic Chemistry, James Nowick, University of California
• Chemistry Laboratory Techniques, January 2004, Sarah Tabacco, MIT
• Classical Physics, V.Balakrishnan, IIT Madras
• College Algebra, Richard Delaware, University of Missouri Kansas City
• Computational Science and Engineering I, Gilbert Strang, MIT
• Darwin’s Legacy, William Durham, Stanford
• Differential Equations, MIT
• Differential Equations II, Salman Khan, Khan Academy
• Electromagnetics and Applications, Fall 2005, MIT
• Engineering Chemistry I, Mangala Sunder, IIT Madras
• Engineering Mathematics, Chris Tisdell, The University of New South Wales
• Engineering Physics II, V. Ravishankar, IIT Kanpur
• Exploring Black Holes: General Relativity and Astrophysics, Spring 2003, Edmund Bertschinger, MIT
• Freshman Organic Chemistry, Fall 2008, J. Michael McBride, Yale
• Fundamental of Chemistry, Russell Geanangel, University of Houston
• Fundamentals of Physics II, Fall 2006, Ramamurti Shankar, Yale
• Geometry, Salman Khan, Khan Academy
• Introduction to Chemical Engineering, Channing Robertson, Stanford
• Introduction to Solid State Chemistry, Fall 2004, MIT
• Introductory Quantum Mechanics, Spring 2004, Robert Field, MIT
• Linear Algebra, Spring 2005, Gilbert Strang, MIT
• Linear Algebra, The University of New South Wales
• Linear Algebra – Khan Academy, Salman Khan, Khan Academy
• Math 3C: Probability for Math Science, Herbert Enderton, UCLA
• Mathematical Methods for Engineers II, Gilbert Strang, MIT
• Mathematics I, Swagato K. Ray, IIT Kanpur
• Mathematics III, P.N. Agrawal, IIT Roorkee
• Miscellaneous Mathematics, Donylee
• Mobius Function, Donylee
• Modern Physics: Classical Mechanics, Stanford
• Modern Physics: Cosmology, Leonard Susskind, Stanford
• Modern Physics: Einsteins General Theory of Relativity, Stanford
• Modern Physics: Quantum Mechanics, Stanford
• Modern Physics: Special Relativity, Stanford
• Modern Physics: Statistical Mechanics, Stanford
• MTH501 Linear Algebra, Virtual University
• Multivariable Calculus, Fall 2007, Denis Auroux, MIT
• Organic Chemistry – Khan Academy, Salman Khan, Khan Academy
• Organic Reactions and Pharmaceuticals, Hardinger, UCLA
• Particle Physics: Basic Concepts, Leonard Susskind, Stanford
• Particle Physics: Standard Model, Leonard Susskind, Stanford
• Physics, Salman Khan, Khan Academy
• Physics 210 – General Physics I, Robert Riggs, University of Missouri Kansas City
• Physics 220 – General Physics II, Robert Riggs, University of Missouri Kansas City
• Physics 220 – General Physics II, Spring 2010, Spring 2010, Robert Riggs, University of Missouri Kansas City
• Physics 240:Physics for Science and Engineering – I, Jerzy Wrobel, University of Missouri Kansas City
• Physics 250:Physics for Scientists and Engineers-II, Jerzy Wrobel, University of Missouri Kansas City
• Physics I Classical Mechanics, Walter Lewin, MIT
• Physics I: Oscillations and Waves, S. Bharadwaj, IIT Kharagpur
• Physics III Vibrations and Waves, MIT
• Pre-algebra, Salman Khan, Khan Academy
• Principles of Chemical Science I, MIT
• Principles of Chemical Science II, Fall 2008, Catherine Drennan, MIT
• Probability, Salman Khan, Khan Academy
• Quantum Physics, V.Balakrishnan, IIT Madras
• Singapore Math, Salman Khan, Khan Academy
• Single Variable Calculus, Fall 2006, David Jerison, MIT
• Small Molecule Spectroscopy and Dynamics, Fall 2008, Robert Field, MIT
• Statistics, Salman Khan, Khan Academy
• The Fourier Transform and its Applications, Brad Osgood, Stanford
• Thermodynamics and Kinetics, Spring 2008, Moungi Bawendi, MIT
• Trigonometry, Salman Khan, Khan Academy
• University Algebra, Chris Tisdell, The University of New South Wales