35% Off Finance Skills That Get You Hired - Code CFI35
AI Adoption - Drive Business Value and Organizational Impact
Overview
Coursera Flash Sale
40% Off Coursera Plus for 3 Months!
Grab it
Watch a collaborative challenge video where University of Oxford mathematician Dr Tom Crawford attempts to solve a complex physics problem from the 2010 International Physics Olympiad (IPHO), guided by physics educator Zhelyo. Explore the intersection of advanced mathematics and physics as an expert mathematician tackles a challenging chimney physics problem involving solar updraft tower systems and convective flows. Discover how mathematical reasoning applies to real-world physics scenarios, including the theoretical foundations behind chimney design and solar energy systems. Learn about the problem-solving approaches used in international olympiad competitions and observe the collaborative process between mathematics and physics experts. Gain insights into the historical context of chimney physics dating back to early 20th century engineering principles and modern applications in solar power generation. Experience the intellectual challenge of cross-disciplinary problem solving and see how mathematical expertise translates to physics applications in this engaging educational collaboration.
Syllabus
Can an Oxford Mathematician solve a PHYSICS Olympiad Problem? (with @zhelyo_physics)
Taught by
Tom Rocks Maths