DR. Vandiver, thank you for a classic selection and explanation of the Cart ,Pendulum and the Direct Methods problems in Engineering Physics/ Dynamics. These problems are very important for the development of science and engineering.
I feel like you guys missed a week of lectures when you uploaded this, the previous lectures said nothing about energy methods, and this makes us really confused.
You should view this on MIT OpenCourseWare at: ocw.mit.edu/2-003SCF11. We have a lot of supporting materials (notes, readings, lectures, problem sets with solutions) that makes this recitation easier to understand. Best wishes on your studies!
@@mitocw No but really, the lectures are from a different year than the recitations and the problem sets. There is no lecture that covers any of this material. This course needs to be updated please
DR. Vandiver, thank you for a classic selection and explanation of the Cart ,Pendulum and the Direct Methods problems in Engineering Physics/ Dynamics. These problems are very important for the development of science and engineering.
MIT should add the missing lecture on Energy Methods from either year. Otherwise fantastic course!
I feel like you guys missed a week of lectures when you uploaded this, the previous lectures said nothing about energy methods, and this makes us really confused.
You should view this on MIT OpenCourseWare at: ocw.mit.edu/2-003SCF11. We have a lot of supporting materials (notes, readings, lectures, problem sets with solutions) that makes this recitation easier to understand. Best wishes on your studies!
@@mitocw No but really, the lectures are from a different year than the recitations and the problem sets. There is no lecture that covers any of this material. This course needs to be updated please
Congrats for those who study that!! I just stick to economics and linear algebra:).
I just write:
MX1''=-KX1 - BX1' + M2G/L*(X2-X1)