Max theta is the angle that has been manually been added to each case. For small angles, T can be calculated with the formula stated in the video at 01:04 .
@@pardeepgarg2640 Actually, I am also amazed now, as I think of it. Perhaps, I was really efficient in this particular one. My latest project -the Prisoner's Dilemma- needed around 2800 lines.
Outstanding Animation
Now it is very clear for me that what happen in a large angle oscillation
Thank you
What about 45 degrees? Sine and phi are basically withing 90 % there, so it shouldn't be that different, no?
This deserves more likes and views. Thanks man
Underrated channel. Here from the game theory sub btw. Keep it up man.
Sincerely this is way too good brother
Hypnotic and beautiful!
You deserve way more subs than 100
can you share your source code because I really need it for my physics project
The link given is not working... Please send it in pin comment...
Quick question, where can I find the max and minimum theta? Also n't get how can someone calculate T with a small angle?
Max theta is the angle that has been manually been added to each case. For small angles, T can be calculated with the formula stated in the video at 01:04 .
How can I make such animation? is there any tutorial ?
I made the animations using manim library in Python. The community version of the library has its documentation in docs.manim.community/en/stable/.
@@piJackMathman thanks so much 💖
BTW WHAT'S THE LENGTH OF YOUR CODE
It's around 800 lines, thank you :)
@@piJackMathman Wut
Just 800
I made a 2min animation of Useless stuff and account 239 lines
Bruh
@@pardeepgarg2640 Actually, I am also amazed now, as I think of it. Perhaps, I was really efficient in this particular one. My latest project -the Prisoner's Dilemma- needed around 2800 lines.
@@piJackMathman :O
You are underated bro
broooo
yk what...i was trying to derive exact time Period since months.. finally I got to know how to haha thanks