Elliptical loop-the-loop: minimum speed required
Finding the minimum speed a particle must have in order to complete a full loop around an elliptical track. The result depends on the ellipse's eccentricity in an interesting way, and in the video I discuss how to understand this dependence intuitively. About me: I studied Physics at the University of Cambridge, then stayed on to get a PhD in Astronomy. During my PhD, I also spent four years teaching Physics undergraduates at the university. Now, I'm working as a private tutor, teaching Physics & Maths up to A Level standard. My website: https://benyelverton.com/ #physics #mathematics #dynamics #ellipse #conicsection #eccentricity #eccentric #particle #circularmotion #mechanics #looptheloop #centripetalforce #verticalcircle #energy #forces #newtonslaws #geometry #velocity #speed #conservationofenergy #maths #math #science #education
Constrained Lagrangian mechanics in elliptic coordinates: loop-the-loop revisited
Can a ball roll down a sphere without slipping?
Exposed base area in a rotating liquid
Lecture 6a Work Energy and Conservative Forces
I never intuitively understood Tensors...until now!
Electromagnetismo Tema 9.2 : Otro ejemplo del método de imágenes parte 1
Pulling on a spool
Russell's Paradox - a simple explanation of a profound problem
Infinite pulleys
Angular and linear velocity in a cassette tape
Nervous System Regulation (999 Hz) | 1 hour handpan music | Malte Marten
Clear Mind Intense Focus | Ambient Techno | ADHD High Focus Support
Loop-the-loop physics problem: Forces on a vertical loop.
Equivalence of rolling and pivoting: Instantaneous axis of rotation
Understanding Vibration and Resonance
Particle sliding down a parabola - Newtonian method
Why AI Agents are either the best or worst thing we’ve ever built
But why would light "slow down"? | Visualizing Feynman's lecture on the refractive index
Chain dropped onto scales: finding the effective mass
