Hello Team ATE! Good work! Keep it going. I thing I would like to suggest it to incorporate certain real world problems as an example either during the explanation or in any other scenarios. Excellent work with animations! Loved it! #peace
If you think about it they're both right answers. expanding (x-a)^2 gives (x^2-2ax+a^2) where (a^2) will be the integration constant. Good question though!
u deserved to grow up bro
Keep goin bruh😭 your vdos literally saved me
Wonderful explanation with unparalleled graphics... ❤
Hello Team ATE!
Good work!
Keep it going.
I thing I would like to suggest it to incorporate certain real world problems as an example either during the explanation or in any other scenarios.
Excellent work with animations!
Loved it! #peace
Thank you and will definitely consider your suggestions 😊
Can you please make example videos for both methods geometrical and integral?
amazing quality, thank you!
Can you please explain how the Correct value 0.6254 has been found?
you may use an integral calculator or wolfram alpha
HellO ...love from Bangladesh....keep doing videos ...why stopped in these 3 years ....?
Amazing 🤚🏻
Amazing work Sir! Btw, are u a college student or a professor?
how the integral of (x-a) could be (x-a)^2/2??? it is supposed to be x^2/2 -ax
If you think about it they're both right answers. expanding (x-a)^2 gives (x^2-2ax+a^2) where (a^2) will be the integration constant. Good question though!
can u also post the code of this video. i would be really thankful
Greatwork
Last video 4 year ago
This video would be perfect without the soundtrack
the music ruins it for me
👍