Aye :) Awesome video. How would you build a Python script to simulate adding the masses until completing the sphere and then displaying the moment of inertia. I really enjoy your videos.
Thanks for your video. Could you do the derivation of a rectangle slab perpendicular to an axis located at the centre? (the one that gives 1/12*M*(a^2 + b^2)? Your explanations about this topic are very clear and can't find a good explanation of this shape.
I love this channel, this great dude explains stuff better in 10 mins than my teachers do in 1 hour
thank you for the compliment.
I really love intuitive explanations lol. You're great! Keep it up, subscribed.
Came from Reddit.
Beautifully explained
Awesome video, thank you!
I tried to do this problem with what we've done to find MOI of shell. My answer came back same. Is it the right way or not???
Wow, simply wow.
Aye :) Awesome video.
How would you build a Python script to simulate adding the masses until completing the sphere and then displaying the moment of inertia.
I really enjoy your videos.
I'm going to do this.
Thanks for your video. Could you do the derivation of a rectangle slab perpendicular to an axis located at the centre? (the one that gives 1/12*M*(a^2 + b^2)? Your explanations about this topic are very clear and can't find a good explanation of this shape.
Did you find something related to this
which grade do they teach this?
This is for undergraduate physics majors
I cant understand why x²+y²=R² can you explain me
Awesome video