Hi, I really appreciate your content 🧠 Would you be interested to talk about the physics behind my circular swing of #travelingrings ? On the one hand, when we swing inside (and thus pull outside) the polygonal setting, our arc of motion isn’t leveled and use a mix of centripetal energy and potential energy. On the other hand, when we swing outside (and thus pull inside) the polygonal setting, our arc of motion could be either leveled if we glide circular at the right speed or waved due to the potential energy transferring in kinetic energy if we glide elliptical at a greater speed. I’d love to simply evaluate the difficulty of a setting according to the length (of strap) and spacing (distance between rings) for polygonal apparatus. Best regards from Stuttgart, John (also father & engineer 😉)
Well, I got a b- in my physics class from your videos.
Very interesting! 👍
Please make videos on problem solutions from Landau and Goldstein books!🙏🏻
Hi, I really appreciate your content 🧠 Would you be interested to talk about the physics behind my circular swing of #travelingrings ? On the one hand, when we swing inside (and thus pull outside) the polygonal setting, our arc of motion isn’t leveled and use a mix of centripetal energy and potential energy. On the other hand, when we swing outside (and thus pull inside) the polygonal setting, our arc of motion could be either leveled if we glide circular at the right speed or waved due to the potential energy transferring in kinetic energy if we glide elliptical at a greater speed. I’d love to simply evaluate the difficulty of a setting according to the length (of strap) and spacing (distance between rings) for polygonal apparatus. Best regards from Stuttgart, John (also father & engineer 😉)