Videos relating to Physics and Astronomy at Marymount University.
Physics videos supplement the textbook: Physics for Engineers and Scientists by Hans C Ohanian and John T Markert. books.wwnorton.com/books/Physics-for-Engineers-and-Scientists/
00:03 Introduction to the system of particles. 02:43 Derivative of momentum is mass times acceleration. 06:16 Conservation of momentum is a consequence of Newton's third law. 09:42 Conservation of momentum leads to a constant total momentum in a system. 13:48 The mass distribution in a body determines the Center of mass. 17:03 Calculating center of mass using calculus. 19:59 Potential energy is calculated using the position of the center of mass. 22:43 Deriving the acceleration of the center of mass. 25:34 The Kinetic energy of a system is the sum of individual kinetic energies.
Thanks for the video. I was looking for reviews on the sensor and based on the output your getting it looks perfect. I had the same issue with the myoware sensors not being very good.
Aloha, My name is Bryson and I am a “huge" fan of your RU-vid channel. I have been watching your videos for inspiration, as well as, generalized information regarding how to effectively utilize Meshmixer for clinical application. I am currently an occupational/hand therapist who completed my doctoral capstone project utilizing "3D printing in hand therapy." At this time, I was wondering if you would be willing to speak with me regarding some of your expertise relating to 3D scanning and the Meshmixer software for orthotic fabrication/designing. Currently, I am ulitilizing 3D printing technology to outreach to rural areas to ensure all patients have equal access to quality healthcare services. With that in mind, I would truly honor your valued expertise in this forever-growing field of technology. I truly appreciate your time and consideration and I look forward to hearing from you! Kind regards, Bryson
Glad to hear this is useful Bryson! Can you send me a message to ebubar at marymount dot edu and we can discuss how we may be able to help each other? I'm running a new biomedical engineering program and have a few more resources than I used to that can help with projects like this one.