Absolutely fantastic! 👏 You’ve got a special talent with which I’m sure you will help many many students understand maths concepts in ways they never would have before. With content like this there is no doubt about it that you will go very far!
Ask my professor today if there is a geometric interpretation. And they said there might be but that's not what they want to teach. And that really made my sad. I looked it up on UA-cam and there were only a few videos that had visualizations. Thank you for providing what I was trying to figure out in my head alone. Would have loved to get the visualizations for the examples as well. And find how it's transformed to get the new borders in the substitution
Love the clear animations and easy to follow explanations!! You made a seemingly difficult concept a lot easier to understand so it will definitely stay in my memory now!
6:02 , the indefinite integral should have had abs value around f(x), bc f(x)=x+1 has negative f(x) values. I.e. ln|(x+1)| + C, where x ≠-1 Original function had domain (-inf,-1)U(-1,+inf) You get an anti derivative at every point defined in the original domain.
It's amazing! I'm glad to see FREE PDF file in your website. Your video also fantastic! I anderstood this theme immediately after watching your video! AMAZING!
How is to possible I haven't seen this video earlier. It would have helped me sooo much. Visualizing like this is uncomparable to solving definitions and proofs
great once you get into the meat of it, but the opening scenes in these always have no bearing on why you would use these methods and are never mentioned again... would be perfect without that great work
Absolutely fantastic! 👏 You’ve got a special talent with which I’m sure you will help many many students understand maths concepts in ways they never would have before. With content like this there is no doubt about it that you will go very far!
All of this for free; amazing and much appreciated
I loved the penalties ending to the football analogy, a great way to explain the concept of integration by substitution!
Wow! Excellent animations! I have never seen integration by substitution visualised! Great work!!
Ask my professor today if there is a geometric interpretation. And they said there might be but that's not what they want to teach.
And that really made my sad. I looked it up on UA-cam and there were only a few videos that had visualizations. Thank you for providing what I was trying to figure out in my head alone. Would have loved to get the visualizations for the examples as well. And find how it's transformed to get the new borders in the substitution
That's a bummer: calculus is fundamentally geometrical, such as Cavalieri's Principle.
Check out 3blue1brown as well.
Love the clear animations and easy to follow explanations!! You made a seemingly difficult concept a lot easier to understand so it will definitely stay in my memory now!
The visuals are absolutely amazing and really helped me grasp the concept!
Even though the substitution method is pretty intuitive, it's good to see visually why it's true. Great job!
Beautifully made! This is a lovely angle to take, and also hints at the relationship to Jacobians in multi. Loved the visuals and explanations :)
6:02 , the indefinite integral should have had abs value around f(x), bc f(x)=x+1 has negative f(x) values.
I.e. ln|(x+1)| + C, where x ≠-1
Original function had domain (-inf,-1)U(-1,+inf)
You get an anti derivative at every point defined in the original domain.
Still an awesome visualization. Thanks for this, sir.
I saw the thumbnail of this video on 3B1B and I don't regret looking for it
It's great to see maths explained in more creative ways, very engaging and informative!
This is by far the best explanation I've ever seen for u-sub. Please keep making more content
Great explanation about integration love the visual.
Thank you for this amazing video. It is very detailed and helpful. Also I love the animation!
What graphing machine are you using at minute 2:46? please, please👏
Very clear and concise and a brilliantly informative pace! 👏🙌
Absolutely awesome really good explanation about integration by substitution 👏🏻👏🏻👍🏼
It's amazing! I'm glad to see FREE PDF file in your website. Your video also fantastic! I anderstood this theme immediately after watching your video!
AMAZING!
oh my god, this has helped me SO MUCH, the animation was ON POINT i now UNDERSTAND
thank you for the video ^^
Brilliant! Best explanation anywhere! 😃
How is to possible I haven't seen this video earlier. It would have helped me sooo much. Visualizing like this is uncomparable to solving definitions and proofs
This is was so well explained!!!
You're a snack 🥨
Super informative! Love the visuals
Thank you so much for this visualization
2:28 why when x= 2 then y=3 and u=4 then y also equal to 3 ?
I also found this to be a jump
Thank u so much for your fine work
Amazing video, very clear explanation. Thank you!
Hi, it is fantastic！🎉 and where is the problem sheet？
beautiful ANIAMTIONS
Brilliant explanation and animation
Love it! Very clear, students will love the motivation in your voice 👍keep up the good work 😃😃
Sir what application ypu used in this presentation?
Great work.
Fantastic explanation thank you so much 👏🏻👏🏻👏🏻
Thank-you! legend!
Amazing!
always feel like 'I know how to use the tool without knowing why they worked'
"Substitute" ~ The Who
This is mathematics.
great once you get into the meat of it, but the opening scenes in these always have no bearing on why you would use these methods and are never mentioned again... would be perfect without that
great work