this video wasnt relevant to me, i just watched your older video on how to solve matricies in the Ax=b form and it helped a lot, just wanna say your videos are great, thanks a lot
If you continue this series, i am thinking about to support you on patreon. I need more practical problems. I am preparing for my exams soon. But still... thank you anyways.
That's no problem, I really recommend watching videos 15-21 here: engineer4free.com/dynamics If you watch each of those in order, you it should make a lot more sense. If you need more background, then videos 1-9 are a good introduction too
this video wasnt relevant to me, i just watched your older video on how to solve matricies in the Ax=b form and it helped a lot, just wanna say your videos are great, thanks a lot
Haha, well thanks for watching both! And glad I can help with linear algebra 🙂
This a great video love your teaching style please explain more topics
Thanks yo, more are coming slowly!!!
Thank you, now i can animate the rigid pendulum simulation in excel... 👍
Awesome!!
the video is too good that i am very hyper now although i just watched it for 4 mins and 7 seconds
Thanks!
If you continue this series, i am thinking about to support you on patreon. I need more practical problems. I am preparing for my exams soon. But still... thank you anyways.
Good luck! I will be continuing when I am able to, my schedule is rather hectic though
Maybe this is the first time i feel physics is fun to learn
You're good sir..keep it up.. I'm counting on you. Haha
Haha nice! If you haven't already, do check out engineer4free.com/dynamics for the full playlist 😊😊
But how would I calculate the tangential velocity for x and y?
Is there not such thing as tangential displacement?
Wow the content first 3 mins are what my prof fails to explain clearly lol
The speed is the same, but the velocity vector will not be the same.
What is rad?
Short for radians, a measurement of angle. 2 pi radians = 360 degrees
1
sorry but i didnt get a thing
That's no problem, I really recommend watching videos 15-21 here: engineer4free.com/dynamics If you watch each of those in order, you it should make a lot more sense. If you need more background, then videos 1-9 are a good introduction too