I have hated math all my life due to my lack of understanding Of the complicated formulas , BUT i have to admit ,math is beautiful when taught by the right person . THANKS!!!
Amazing video and great graphics!!! I didn't understand the intuitive reasoning behind Simpson's formula after watching over an hour of the most popular videos UA-cam had to offer on the topic, then I stumbled across your video which explains it better in 3 minutes than anyone else could in 15+. Keep up the great work!
I love Maths a lot but feel very bad when our teachers made such a beautiful and visualizing subject as a cause of hate among the students .. plss plss keep it up sr , an ideal video for students like me , which loves Pure Mathematics.
You can tell it’s a good approximation from the beginning when it not only follows the curve closely, but the errors kind of cancel out (the negative and positive errors)
Hey the triangle discussed in this video is not the direct result of the Archimedes Formula, it's part of the proof, check it out (2:50 of that video). Specifically the triangle in the video is twice of the Archimedes Triangle, so it's 4/3.
I have hated math all my life due to my lack of understanding Of the complicated formulas , BUT i have to admit ,math is beautiful when taught by the right person . THANKS!!!
Thank you for your kind words, glad you liked it.
Amazing video and great graphics!!! I didn't understand the intuitive reasoning behind Simpson's formula after watching over an hour of the most popular videos UA-cam had to offer on the topic, then I stumbled across your video which explains it better in 3 minutes than anyone else could in 15+. Keep up the great work!
Thanks glad I could help
The visualization was an outstanding way to make this easier to understand. Bravo
All your videos are like 3Blue1Brown videos. Very nice and well explained. Upload more videos
Terrific and beautiful explanation. Thank you! Greetings from an undergraduate student in physics from Greece.
Another great video! I hope this channel takes off! Always good to have more educators in the world.
Thank you for your kind words.
@@TheRookieNerdsIf the areas are unequal, which method should be used?
I saw your video on reddit - r/math. Now I am here 👍👍
Life saver from my Chinese instructor (I speak Chinese but can never understanding his lucture😭)
very nice, its an amazing visualisation i hope more teachers show in the classroom
Nice visual intuition!
Wowowow brilliant video, you deserve way more traction
Thanks for the subtitles!
Thanks a lot for the explanation, the illustration are awesome!
Great video !
It’s great representation. May I know which software do you use for the animations, please! Keep up with the great work
Hey it's manim, checkout the description
How long did it take you to animate this? :)
Why four over three? Where does it come from?
Doesn't work for the function square root of 1-x^2.
what is the name of the software for the graphics?
Nice video 👌👍👏
Hi nice video!! Btw, what editor you use .
Thank you, I use Adobe premiere
What software to produce animation?
Checkout ua-cam.com/users/TheoremofBeethoven
@@TheRookieNerds Wow many thanks Sir. I need them to make learn physiscs more attractive for my student.
The best on youtube !
I love Maths a lot but feel very bad when our teachers made such a beautiful and visualizing subject as a cause of hate among the students .. plss plss keep it up sr , an ideal video for students like me , which loves Pure Mathematics.
Thank you for your kind words, glad you liked it :)
That piano goes hard
You can tell it’s a good approximation from the beginning when it not only follows the curve closely, but the errors kind of cancel out (the negative and positive errors)
Well explained. Thank you
the video was just amazing!!!!!
Prefere Riemann's sum by far... This is a lot of computation work
@@Robocat754 the area of the parabola is not approximated. It's precise. Check out the Archimedes's quadrature video.
I don't know why the area of Parabola is 4/3.. In the proved video the area parabol is 2/3...
Hey the triangle discussed in this video is not the direct result of the Archimedes Formula, it's part of the proof, check it out (2:50 of that video). Specifically the triangle in the video is twice of the Archimedes Triangle, so it's 4/3.
Omg! Brilliant video....🤩
lower the music pls
I request you not to use music. I can barely hear anything you say.
remove the annoying background audio
a little bit fast
the piano is too loud bro
❤❤Goat
W video
I love you
3blue1indian
Very annoying background sound