How to integrate ANYTHING • Part 1: Techniques ✍️ [A-Level Maths]

How to integrate ANYTHING, Part 2: Examples

PDF files in Bicen Maths Google Drive

Integration tutorials playlist:

CONTENTS:
0:00-4:08 Techniques
4:08-7:35 Q1 - 6
7:35-10:50 Q7 - 12
10:50-14:39 Q13 - 18
14:39-17:44 Q19 - 24
17:44-19:12 Outro

[rhett-says-hullo]

for integration by parts, if you're having trouble figuring out which term to use as u and which term to use as v', this might be helpful. whichever is first in the LATE (Logarithms, Algebraic, Trignometric, Exponential) will be u. the other term will automatically be v'.

(this video is great btw tysm)

[Name.]

Not even exaggerating, this mini series on integration saved my A level maths grade. 2 weeks before exams, I had no idea how to integrate, we simply were never taught how. The extra 15 marks I gained was the difference between an A and an A*, so I really can't express how grateful I am for your clear guidance and support. I will continue to stay subscribed to this channel but I will gladly never watch an A level maths video ever again :P

[itachi]

I was gonna tell you to integrate e^x^2 but then you got lucky because you said how to integrate anything from A LEVEL MATHS.

[reece]

The textbook only teaches the techniques but not how to apply them. This is amazing, thank you so much!

[mmmulup]

Even though I was a little sad because I was trying to find videos on advanced integration. But when I saw the video, I realized that I found a hidden gem. Nice work brother, your explanations are really good. This will definitely help before exams for a revision

[Jetset_hd]

Oh mr Bicen, you have helped me so much, not only in math but in my sexuality as well. Your videos proved to me that being queer in math is ok and it is a blessing. You have inspired me to come out. thank you so much Mr bicen, I love you!

[snookyloopy]

Brilliant video - thanks so much! Am sharing with all my tutees.

[mrfreerunners]

I know it says A-Level but I just wanted to make sure. Is this video more for Year 13 integration ? the questions seem a lot different to year 12

[lindaloo-ruyun]

I've binged through all your integration playlists and these videos are so good that I don't think I even need an integration workshop now hahaha! But I'd still be the first one to sign up if you do host one:)))

[leahlester]

Thank you! This was soo useful😄Could you do one for all types graphs and translating them please?

[agrillage]

Great video, but questions 3 and 9 look very similar 😉

[lawful-links]

omg i love ur videos keep it up, loving the

[kevinleahy]

This is awesome - is there a similar video aimed at FM integration?

[ploydjt]

Hi sir, i know they give you the substitution majority of time in exam but if they didn’t? Can your substitution be ANYTHING? Of course it’ll have to be sensible and relates to the question. Thanks for your help

[danyaliqqbal]

Sir why we cant do number 20 without that identity? Why we can’t just do it in the simple standard way?

If yess then i got 2 different answers after integrating

[harshitajupudi]

How do you know when to use substitution or when to use parts? Lets say for example x/ e^x theoretically you could use both but what is the like the key thing that helps you differentiate between using parts and using substitution?

[wqltr]

16:39 wouldnt by parts be applicable for question 22.

Let u = x, v' = (x+1)^(1/2)
u' = 1, v = (2/3)(x+1)^(3/2)

Meaning you would have to integrate (2/3)(x+1)^(3/2), which is also quite trivial.

[AG-qlsy]

Baffles me you been a maths teacher for 10 years lol. You don’t look a day older than 25😂

[olly_evans]

I'm absolutely fuming that he didn't solve the questions...

[malanhemal]

Sir, I have a question reguarding a problem I was doing. it says, "Prove by contradiction that for all real θ
cos θ+ sin θ<=root 2" My question is what are real θ? Thank you for your time sir!