I knew about physics... Now I know what flipping is (doing homework in school and following the lecture at home). 💡 An interesting concept for motivated students who can study on their own!!
Does this extension of the problem sound reasonable to fellow people?.... Once you solve for minimum speed at theta=180, you could use that as a (theta, omega) point for an initial condition to integrate the "equation holster" and obtain for omega as a function of theta which could be used to express force of tension in terms of theta rather than omega which is more difficult to physically measure. The only part I am skeptical of is equating the integrate tangential acceleration into linear vs. angular velocity properly.
I knew about physics... Now I know what flipping is (doing homework in school and following the lecture at home). 💡 An interesting concept for motivated students who can study on their own!!
Glad you appreciate it!
Your classes are so interesting thank you so much it helped me a lot ! 💗
I love the part about mass and party!
keep being you, you rock.
Love it ! Funny and informative
Does this extension of the problem sound reasonable to fellow people?.... Once you solve for minimum speed at theta=180, you could use that as a (theta, omega) point for an initial condition to integrate the "equation holster" and obtain for omega as a function of theta which could be used to express force of tension in terms of theta rather than omega which is more difficult to physically measure. The only part I am skeptical of is equating the integrate tangential acceleration into linear vs. angular velocity properly.
Love these videos!
Glad you like them!
explanation too fast