College Calculus – Full Course with Python Code

Description:

Learn college Calculus from an experienced university mathematics professor. You will also learn how to implement all the Calculus concepts using the Python programming language. ✏️ Ed Pratowski developed this course for freeCodeCamp.org. ⭐️ Code Links ⭐️ 1 - Limits and Slope 2 - Derivatives 3 - Graphing Derivatives 4 - Related Rates 5 - Integrals ❤️ Support for this channel comes from our friends at Scrimba – the coding platform that's reinvented interactive learning: ⭐️ Contents ⭐️ ⌨️ (0:00:00) Intro: Calculus with Python ⌨️ (0:01:51) Limits: Hole in the Graph ⌨️ (0:06:51) Limits: Asymptotes ⌨️ (0:14:08) Limits: Graphing ⌨️ (0:32:36) Limits and Slope ⌨️ (0:44:41) Slope and the Derivative ⌨️ (0:54:46) Derivatives and Calculus ⌨️ (1:04:53) Chain Rule ⌨️ (1:12:27) Product Rule ⌨️ (1:29:42) Implicit Differentiation ⌨️ (1:45:07) Multiple Derivative Steps ⌨️ (1:57:43) Derivative Example ⌨️ (2:06:10) Financial Applications ⌨️ (2:23:06) Projectile Motion ⌨️ (2:31:52) Derivatives and Differentials ⌨️ (2:36:53) Tangent Lines ⌨️ (2:43:03) Parametric Equations ⌨️ (2:54:20) Related Rates: Ladder Sliding ⌨️ (3:12:01) Related Rates: Balloon Volume ⌨️ (3:23:13) Mean Value Theorem ⌨️ (3:29:03) Rolles Theorem ⌨️ (3:33:19) Riemann Sums: Area Under a Curve ⌨️ (3:46:06) Summation and the Integral ⌨️ (3:55:14) Fundamental Theorem of Calculus ⌨️ (4:02:08) Area Above and Below the Axis ⌨️ (4:10:19) Area Between Curves ⌨️ (4:19:05) Volume Revolved Around X ⌨️ (4:33:56) Volume of a Hollow Shape ⌨️ (4:42:57) Volume Revolved Around Y ⌨️ (4:52:54) Center of Mass ⌨️ (5:13:35) The Normal Curve ⌨️ (6:03:04) Sympy Graphing ⌨️ (6:20:07) Arc Length ⌨️ (6:30:43) Surface Area ⌨️ (6:40:32) Integral Formulas 🎉 Thanks to our Champion and Sponsor supporters: 👾 Drake Milly 👾 Ulises Moralez 👾 Goddard Tan 👾 David MG 👾 Matthew Springman 👾 Claudio 👾 Oscar R. 👾 jedi-or-sith 👾 Nattira Maneerat 👾 Justin Hual -- Learn to code for free and get a developer job: Read hundreds of articles on programming: