https://ocw.mit.edu/courses/18-098-street-fighting-mathematics-january-iap-2008/pages/readings/ Browse Course Material [c] * Syllabus ----------------------------------------------------------------- * Readings ----------------------------------------------------------------- * Assignments ----------------------------------------------------------------- * Related Resources ----------------------------------------------------------------- [c] Course Info Instructor * Sanjoy Mahajan Departments * Mathematics * Electrical Engineering and Computer Science As Taught In January IAP 2008 Level Undergraduate Topics * Mathematics + Calculus + Computation + Mathematical Analysis Learning Resource Types menu_book Open Textbooks assignment Problem Sets Problem Set Solutions --------------------------------------------------------------------- Download Course menu MIT OpenCourseWare * search * Give Now * About OCW * Help & Faqs * Contact Us MIT OpenCourseWare search GIVE NOW [heart_burg] about ocw help & faqs contact us 18.098 | January IAP 2008 | Undergraduate Street-Fighting Mathematics [expand] Menu More Info * Syllabus ----------------------------------------------------------------- * Readings ----------------------------------------------------------------- * Assignments ----------------------------------------------------------------- * Related Resources ----------------------------------------------------------------- Readings The readings for each session are designed to be read after attending that session. For a listing of the topics discussed in each session, see here: (PDF) Published Textbook Buy at MIT Press Mahajan, Sanjoy. Street-Fighting Mathematics: The Art of Educated Guessing and Opportunistic Problem Solving. Cambridge, MA: MIT Press, 2010. ISBN: 9780262514293. The book is available as a free download (PDF) from MIT Press. Textbook (Earlier Edition) An earlier version of the textbook as one file may be found here: ( PDF - 1.3 MB) Title page and table of contents (PDF) References (PDF) SES TOPICS READINGS # Chapter 1 - Dimensions, pp. 3-12 (PDF) 1 Dimensions Questions from lecture 1 (PDF) Chapter 2 - Extreme cases, pp. 13-26 (PDF) 2 Extreme cases Questions and answers from lecture 2 (PDF) Chapter 2 - Extreme cases, pp. 26-30 (PDF) 3 Application: drag Questions from lecture 3 (PDF) 4 More on drag Chapter 3 - Discretization, pp. 31-40 (PDF 5 Discretization ) Application: pendulum Chapter 3 - Discretization, pp. 41-44 (PDF 6 period ) Chapter 4 - Picture proofs, pp. 45-56 (PDF 7 Picture proofs ) Taking out the big Chapter 5 - Taking out the big part, pp. 8 part 57-79 (PDF) 9 Analogy Chapter 6 - Analogy, pp. 80-85 (PDF) 10 Application: Chapter 7 - Operators, pp. 86-90 (PDF) operators 11 Application: singing Handout - approximating logarithms using logarithms musical intervals (PDF) [left_arrow] [close_smal] Course Info Instructor * Sanjoy Mahajan Departments * Mathematics * Electrical Engineering and Computer Science As Taught In January IAP 2008 Level Undergraduate Topics * Mathematics + Calculus + Computation + Mathematical Analysis Learning Resource Types menu_book Open Textbooks assignment Problem Sets Problem Set Solutions --------------------------------------------------------------------- Download Course MIT Open Learning Over 2,500 courses & materials Freely sharing knowledge with learners and educators around the world. Learn more facebook instagram x (formerly twitter) youtube linkedin bluesky mastodon (c) 2001-2025 Massachusetts Institute of Technology Accessibility Creative Commons License Terms and Conditions Proud member of: Open Education Global facebook instagram x (formerly twitter) youtube linkedin bluesky mastodon (c) 2001-2025 Massachusetts Institute of Technology [external_l] You are leaving MIT OpenCourseWare close Please be advised that external sites may have terms and conditions, including license rights, that differ from ours. MIT OCW is not responsible for any content on third party sites, nor does a link suggest an endorsement of those sites and/or their content. Stay Here Continue