✅Register here for CBSE Courses ➡ infinitylearn.com/cbse-fullcourse?TH-camDME&T7D1W1oD8wo&Comment 👉LIVE Classes 👉Access to Assessments 👉Excellent Content by Experts in Field
I'm a bit younger but not by much, and took Trig in 6 weeks over a half summer term, it kicked my butt. This would have helped tremendously! Excellent presentation, well done!
@@shivam_nagar69 bhai tune jo likha uska English bahut mast hai tera kaha gaya tere pe ulta ho jaa raha hai English me ek baar translate karke dekhle 😂 😂
Yeah, a lot of this requires photographic memory. Admittedly, memorising the three extra trig functions will be useful; saves writing them as H/O, H/A and A/O and then doing fraction manipulation...
I watched this video when trigno was first introduced to us in class 9th. I am in class 12th now and I just came back to this video to tell you guys that this is probably the most useful video I have ever watched on the internet. The hexagon trick has helped me multiple times over the last 3 years. Thank you❤️
You can learn 40+ Trigonometric formulae from this one Super Hexagon! Want to watch more videos on Trigonometry? Here's our playlist - bit.ly/Trigonometry_DMYT To Get access to all the Trigonometry videos, join our course now - bit.ly/TrigonometryG10
Advice: Learn all the formulas and also keep this method in your mind. In case you get confused or forgot or while re-checking the exam paper use this method to do these. Because you cannot trust your brain especially in the examination hall where there is an atmosphere of fear and nervousness. So mark my words and Best of Luck for your career!! And Don't Memorize I love your videos. In the above advice I am not criticising but sharing my experience and ideas. The method you provided is just 🔥🔥!
When we will learn and keep this trick in mind we will get confused and everyone have different mentality or u can say that they needed there own way to remember any thing. I m not trolling you but it's my advice
I don't think this teaches anything. Why is there a seemingly 'circular' pattern between the trig identities and functions? This hexagon method is a good way to memorize things, but it hardly proves anything. I'd be sad if someone said to prove why it works "just draw a hexagon!" for trig identities, when the relations are more cyclical than hexagonal.
Just amazing ! No words to express my thank to the person who made this video. Thank you so much. You should advertise this video so that a maximum number of students can get benefit from it.
Thank you Kitsurubami for your appreciation. We are really happy to hear that it was useful to you. We are glad that you understood the concept. You motivate us to do better. Keep watching our videos. 😊😊
A wise math professor once told me "There's no such thing as a free lunch. Where you get *blank*, you lose *blank*". In this case, you get a tool that holds so many formulas in a nice little package, but you lose the understanding behind those formulas which can already make them feel like common sense in the first place. For example, the equation: sin^2(x) + cos^2(x) = 1 should be obvious when you think about it. It's essentially Pythagoras' Theorem applied to the unit circle. With a little algebra, you can divide each term on both sides by cos^2(x), and derive the equation: tan^2(x) + 1 = sec^2(x) I can continue, but my point is that knowing a formula is okay for a test in high school, but you won't get far beyond that using this hexagon alone. Take some time to actually learn and understand where these formulae come from in the first place, and it should hopefully click without trying to memorize it.
I cant explain how this video helped me! It literally saved my lots of time. I drew this hexagon in my exam hall and just solved things so easily. And the way the presenter presented was just top notch.💫
Thank you very much for the appreciation and for watching Pragya. To view more videos for free, register on our website: bit.ly/DontMemoriseRegister Happy Learning :)
What?? All this simple formulae!! I thought I would get more help! Eg. tan=sin/cos, so it definitely means in equation that tan.cos=sin and she's saying it's a different formulae!! Kids play?? I thought I would get some help for JEE adv!!!!!!!!!!!!!!
You're most welcome. We are glad that you understood the concept. We are happy that we could help you learn. Do support us by subscribing to our channel. 👍👍
What?? All this simple formulae!! I thought I would get more help! Eg. tan=sin/cos, so it definitely means in equation that tan.cos=sin and she's saying it's a different formulae!! Kids play?? I thought I would get some help for JEE adv!!!!!!!!!!!!!!
During this pandemic we are learning trigonometry and on every Saturday there is an activity. Our teacher told about this in activity period and I think that he had taken idea from this only . Thank u so much for discovering this ... Othrwise our teacher would have suggest it to learn only
It's my pleasure. We are really happy to hear that it was Useful for you. We are glad that you understood the concept. You motivate us to do better. Keep watching our videos : )
we just started our trigonometry unit this week. had i not known about this super hexagon, i’d probably be crying myself to sleep every night. thank you so much for sharing this resource.
Hello dear teacher I am from Pakistan and want to say that this super hexagon formula very much help me to understand my trigonometric identies really its amazing method..👍👍👌❤👌
I have been struggling with this so much, I even missed my test to have an extra day to study, I take it tomorrow and my friend got a 55 on it. This seriously helps and I honestly feel so much better about taking the test.
I had was to say something about this comment of yours Mayckel. " One hexagon to rule them all" is a mind-blowing response to this splendid out of this world video. Your comment to me is absolutely Profound and very intriguing to me. I really don't know, maybe I am exaggerating your comment, I really don't know, But one thing I do know that the Title or Heading for this video should be "One hexagon to rule them all". Deep deep deep stuff!
YOU CAN USE THIS WITH DERIVATIVES! Though its a bit difficult to see, there are some noticeable patterns. Once i noticed these, I haven’t had trouble with these derivatives at all! You’re not gonna understand without writing it out. Its a bit complicated at first glance, but simple when you understand it. I just drew the hexagon (without the edges, only the lines in between. It looks like a x with a horizontal line) 1. Search up the trig derivative online. Write them down across a page. 2.Then under each function, draw the hexagon thing 3. trace a line from the trig to derivative using a different color pen. Do you notice the patterns? Take a moment to study it for yourself. Anyway, hopefully you understand this: I found these patterns: Obtuse angles create fractional derivatives, Accute angles create singular or multiplication derivatives Following the inner lines left into the center and out, will give negative derivatives. Following the inner lines right into the center and out, will give positive derivatives. Csc and sec repeat themselves in their derivatives. The derivative angles on the left are opposite of those on the right. Ex: following the inner lines, draw a line from tan to it’s derivative 1/cosx. The line went right in a obtuse angle, so it’s solution is a positive fractional derivative. Ex2: following the inner lines, draw a line from cot to it’s derivative -1/sinx The line went left in a obtuse angle, so it’s solution is a negative fractional derivative. The angle is opposite to tangent. Ex3: following the inner lines, draw a line from sin to it’s derivative: cosx. The line went right in a acute angle so the solution is a positive singular or multiplication derivative. Ex4: following the inner lines, draw a line from cosx to its derivative -sinx The line went left in a acute angle, so the solution is a singular or multiplication derivative. The angle is opposite to sinx. Ex5: draw a line from secx to to tanx (not the derivative) The line goes right first, and is a acute angle, so the derivative is positive multiplication. Since it is sec, it’s repeated. So, the derivative is Secxtanx. Ex6: draw a line from csc to cot (not it’s derivative) The line goes left first so the derivative is negative multiplication. Since its csc, it is is repeated. So the derivative is cscxcotx. Haha, I did not explain that very well, so I encourage you to try figuring this out yourself! The pattern could probably be simplified a bit. For instance, it’s better to say the top accute angles are singular while the bottom accute angles multiply something by themselves. But whatevs! I wish you the best of luck!
Guys if U didn't waste time on this then just by practice U can learn basic ones and derive others easy pizzy but I respect their innovation and it does not cover the complex formulas like 2thieta 3 thieta...and gp angles ap angles
This really helped me tomorrow is my exam and i am always confused remembering identities but this video really helped me i understood very well Thank you so much ❤️
Thank you so much! I can't express how thankful I am! ❤loved it so much! It is amazing how so much of formulas can be simply learned from this SUPER-HEXAGON!!!
the person who invented this is god for me its been 2 years and I still watch it to rewise kash 11th ki trigonometry ke bhi formule raise learn ho jaye
Hello guys! I'm a 58 years old mathematician wanna be all my life. I just found your channel and I am petrified. Well you have another student on the way! Thank you so much!
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✅Register here for CBSE Courses ➡ infinitylearn.com/cbse-fullcourse?TH-camDME&T7D1W1oD8wo&Comment
👉LIVE Classes
👉Access to Assessments
👉Excellent Content by Experts in Field
Thank You very much mam
Saved me from suiciding
😮😊😊😊
Whoever made this hexagon deserves a Nobel prize.
Ikrrr
Yass 🥰🥰
Nooot a Nobel Prize 😑
I made that, when i was in 2nd standard.....exception it was not super,.....jst hexagon
🤣
This saved me From hitting my head against wall.
Really?
@@vaishnaviyallewar5163 😂🔗
🤣
🤣
Mag shet khaa
I am 73 years old and recall how I struggled to memorise formulae when I was a student. I wish I would have had this tool back then. Terrific.
Which country u belong to?
I'm a bit younger but not by much, and took Trig in 6 weeks over a half summer term, it kicked my butt. This would have helped tremendously! Excellent presentation, well done!
68 here, I had a very hard time when I took a Trig class... If I had had this to help ...
I am a grandmother brushing up on trig so I can help my grandchildren with this. It was so easy. Thank you!
this is so cute
@@adityanair5527 beta mai bhi sikha dunga tereko chinta mat kar
@@shivam_nagar69 bhai tune jo likha uska English bahut mast hai tera kaha gaya tere pe ulta ho jaa raha hai English me ek baar translate karke dekhle 😂 😂
Or podikk thalll myre
@@rajshashank202 bhai tujhe hindi samajh nahi aati ki tune translate kiya
BTW ye shivam nagar noob hai
This is the best learning channel i've ever seen.
Thanks a lot, Subhan!
Keep watching!! 🙂🙂
Indeed, it's the best
@@InfinityLearn_NEET thanks mam
Worlds best Trigonometry teaching channel
Visit physicswallah channel awesome channel in hindi
who else is getting better education here in YT rather than school
only me?
Me
We
Me
No me too!!
@@wadewilson2361 soviet anthem plays *
I love the irony in naming the channel "Don't memorise".
Nailed it 😂😂😂
Yeah, a lot of this requires photographic memory. Admittedly, memorising the three extra trig functions will be useful; saves writing them as H/O, H/A and A/O and then doing fraction manipulation...
It's definitely easier to know tan=sin/cos and the reciprocals and just do algebra, this definitely is harder to use on a test lol.
Lol 🤣
I hate people copying other people's comments...
You just have to memorize this one formula!
~Don't memorize (2015)
Nice
U replied 5 months ago but Y 2015..?
@@idunnomyname8417 cuz the original video was uploaded in 2015
@@niel01 ohh ok
@@idunnomyname8417 You burnt your brain cells thinking on that 🤔🤣
It deserves to be called” super hexagon “ + it was such a wonderful presentation
Thank you guys 💗
thats what its called in the title, did they change the title?
I watched this video when trigno was first introduced to us in class 9th. I am in class 12th now and I just came back to this video to tell you guys that this is probably the most useful video I have ever watched on the internet. The hexagon trick has helped me multiple times over the last 3 years. Thank you❤️
yes absloutely useful video i have ever seen on the internet
You can learn 40+ Trigonometric formulae from this one Super Hexagon!
Want to watch more videos on Trigonometry? Here's our playlist - bit.ly/Trigonometry_DMYT
To Get access to all the Trigonometry videos, join our course now - bit.ly/TrigonometryG10
I am glad that this channel supports 2M+ students...as the teaching method is based o n understanding not jst by heart...
Good
Really its Super tricks ((((Amazing
👍👍👍👍👍👍👍👍👍👍👍
Its good to watch but also praticaly posible
After she drew the diagonal lines, uI just realized this is a great way to draw a transparent cube.
Thank you, MrSF247. Keep learning 🙂
@@InfinityLearn_NEET and now we realised it's a he
Huehuehuehuehue
@@unablewalk4147 yup
1000IQ Great 🇮🇳🇮🇳🇮🇳🇮🇳
@@WouldIwasShookspeared when, pls pin the time
🎓🎓🧩Mathematics formulas🧩🎯🎯
1. (α+в)²= α²+2αв+в²
2. (α+в)²= (α-в)²+4αв
3. (α-в)²= α²-2αв+в²
4. (α-в)²= (α+в)²-4αв
5. α² + в²= (α+в)² - 2αв.
6. α² + в²= (α-в)² + 2αв.
7. α²-в² =(α + в)(α - в)
8. 2(α² + в²) = (α+ в)² + (α - в)²
9. 4αв = (α + в)² -(α-в)²
10. αв =1. (α + в + ¢)² = α² + в² + ¢² + 2(αв + в¢ + ¢α)
12. (α + в)³ = α³ + 3α²в + 3αв² + в³
13. (α + в)³ = α³ + в³ + 3αв(α + в)
14. (α-в)³=α³-3α²в+3αв²-в³
15. α³ + в³ = (α + в) (α² -αв + в²)
16. α³ + в³ = (α+ в)³ -3αв(α+ в)
17. α³ -в³ = (α -в) (α² + αв + в²)
18. α³ -в³ = (α-в)³ + 3αв(α-в)
ѕιη0° =0
ѕιη30° = 1/2
ѕιη45° = 1/√2
ѕιη60° = √3/2
ѕιη90° = 1
¢σѕ ιѕ σρρσѕιтє σƒ ѕιη
тαη0° = 0
тαη30° = 1/√3
тαη45° = 1
тαη60° = √3
тαη90° = ∞
¢σт ιѕ σρρσѕιтє σƒ тαη
ѕє¢0° = 1
ѕє¢30° = 2/√3
ѕє¢45° = √2
ѕє¢60° = 2
ѕє¢90° = ∞
¢σѕє¢ ιѕ σρρσѕιтє σƒ ѕє¢
2ѕιηα¢σѕв=ѕιη(α+в)+ѕιη(α-в)
2¢σѕαѕιηв=ѕιη(α+в)-ѕιη(α-в)
2¢σѕα¢σѕв=¢σѕ(α+в)+¢σѕ(α-в)
2ѕιηαѕιηв=¢σѕ(α-в)-¢σѕ(α+в)
ѕιη(α+в)=ѕιηα ¢σѕв+ ¢σѕα ѕιηв.
» ¢σѕ(α+в)=¢σѕα ¢σѕв - ѕιηα ѕιηв.
» ѕιη(α-в)=ѕιηα¢σѕв-¢σѕαѕιηв.
» ¢σѕ(α-в)=¢σѕα¢σѕв+ѕιηαѕιηв.
» тαη(α+в)= (тαηα + тαηв)/ (1−тαηαтαηв)
» тαη(α−в)= (тαηα − тαηв) / (1+ тαηαтαηв)
» ¢σт(α+в)= (¢σтα¢σтв −1) / (¢σтα + ¢σтв)
» ¢σт(α−в)= (¢σтα¢σтв + 1) / (¢σтв− ¢σтα)
» ѕιη(α+в)=ѕιηα ¢σѕв+ ¢σѕα ѕιηв.
» ¢σѕ(α+в)=¢σѕα ¢σѕв +ѕιηα ѕιηв.
» ѕιη(α-в)=ѕιηα¢σѕв-¢σѕαѕιηв.
» ¢σѕ(α-в)=¢σѕα¢σѕв+ѕιηαѕιηв.
» тαη(α+в)= (тαηα + тαηв)/ (1−тαηαтαηв)
» тαη(α−в)= (тαηα − тαηв) / (1+ тαηαтαηв)
» ¢σт(α+в)= (¢σтα¢σтв −1) / (¢σтα + ¢σтв)
» ¢σт(α−в)= (¢σтα¢σтв + 1) / (¢σтв− ¢σтα)
α/ѕιηα = в/ѕιηв = ¢/ѕιη¢ = 2я
» α = в ¢σѕ¢ + ¢ ¢σѕв
» в = α ¢σѕ¢ + ¢ ¢σѕα
» ¢ = α ¢σѕв + в ¢σѕα
» ¢σѕα = (в² + ¢²− α²) / 2в¢
» ¢σѕв = (¢² + α²− в²) / 2¢α
» ¢σѕ¢ = (α² + в²− ¢²) / 2¢α
» Δ = αв¢/4я
» ѕιηΘ = 0 тнєη,Θ = ηΠ
» ѕιηΘ = 1 тнєη,Θ = (4η + 1)Π/2
» ѕιηΘ =−1 тнєη,Θ = (4η− 1)Π/2
» ѕιηΘ = ѕιηα тнєη,Θ = ηΠ (−1)^ηα
1. ѕιη2α = 2ѕιηα¢σѕα
2. ¢σѕ2α = ¢σѕ²α − ѕιη²α
3. ¢σѕ2α = 2¢σѕ²α − 1
4. ¢σѕ2α = 1 − ѕιη²α
5. 2ѕιη²α = 1 − ¢σѕ2α
6. 1 + ѕιη2α = (ѕιηα + ¢σѕα)²
7. 1 − ѕιη2α = (ѕιηα − ¢σѕα)²
8. тαη2α = 2тαηα / (1 − тαη²α)
9. ѕιη2α = 2тαηα / (1 + тαη²α)
10. ¢σѕ2α = (1 − тαη²α) / (1 + тαη²α)
11. 4ѕιη³α = 3ѕιηα − ѕιη3α
12. 4¢σѕ³α = 3¢σѕα + ¢σѕ3α
» ѕιη²Θ+¢σѕ²Θ=1
» ѕє¢²Θ-тαη²Θ=1
» ¢σѕє¢²Θ-¢σт²Θ=1
» ѕιηΘ=1/¢σѕє¢Θ
» ¢σѕє¢Θ=1/ѕιηΘ
» ¢σѕΘ=1/ѕє¢Θ
» ѕє¢Θ=1/¢σѕΘ
» тαηΘ=1/¢σтΘ
» ¢σтΘ=1/тαηΘ
» тαηΘ=ѕιηΘ/¢σѕΘ
How u remember those all 🤔
Copy paste is a thing that exists (no intentions to hurt😅) ☠️☠️
Bro imagine spending 8 hours on keyboard
Now make a infagon for remembering all this
@abhishekroshan8960 tysm
5 years of engineering and no one mentioned that a hexagon could solve all my problems
Fr
😂😂😂 I’m so glad I found it in my first year 🎉😂
I’m crying rn. I memorized all those trig functions😭😭😭i cantttt
@@Cuppacinno I"m glad that I found it in class 10th 😂
@@animesh.29I'm glad that i found this in my 1st grade 😌🤭
"and there's more!"
not the sort of thing we like to hear when we're studying maths!
Me: uses this technique in exams
Teacher: Wait that's illegal!
pewdiepie?
🤣
Nice one!!
Lol 😂 all those disliked are teacher
@@abhijitdeshmukh9044 red vs blue
Advice: Learn all the formulas and also keep this method in your mind. In case you get confused or forgot or while re-checking the exam paper use this method to do these. Because you cannot trust your brain especially in the examination hall where there is an atmosphere of fear and nervousness. So mark my words and Best of Luck for your career!!
And Don't Memorize I love your videos. In the above advice I am not criticising but sharing my experience and ideas. The method you provided is just 🔥🔥!
Thanks for sharing :)
@@InfinityLearn_NEET I just want to ask this, what kind of identity the first part is?
When we will learn and keep this trick in mind we will get confused and everyone have different mentality or u can say that they needed there own way to remember any thing.
I m not trolling you but it's my advice
An ordinary student learn all formulas but extra ordinary just know the logic behind the screen. (Theme of vedio)
Thing is that we can memorize in this manner too.....instead of just memorizing.....
Very nice super hexagon!!!!
I came here initially when I was in class 10 but now I am pursuing masters at IIT and I still find myself here again! Old memories!
Which branch of IIT
Bro he is lying
@@thesnipers1426kKj😂😂😂😂😂
Me watching this before term one exam and mind blown that it can be so easy. Best channel 😉
Me toooo
Sure!!! My Math exam is day after tomorrow and I am watching it at night
you saved me so much studying and memorization
We are glad to hear that, Oreo Dog! Thanks and Keep watching 🙂🙂
Now you'll have to memorize the hex and all its so called uses.🤔
@@muzammalbaig it seems like you're Pakistani
@@SHOURYAAAA your point being?
Trigonometry: "How many formulae do you want?"
Super-Hex: Yes
Rumi Mollick they didn’t invent those formulas, they were always there. Like-
@@avanibhongale2212 it was a joke
Formulae not formulas
Brooo youre using my fb wallpaper 😹🙆 lmao
@@aruni6304 i hope i won't get a copyright strike lol
First time a hexagon made me cry 😭😭😭😂😂 thank you
🤣🤣🤣🤣
😂😂
every time she says “tan” rather than “tangent” i’m crying
U guys are collapsing me and I forget the real name
If only I had discovered this channel 2 years ago😞
jeremie ntungila 😀😀😁😂😥😥
Ditto
jeremie ntungila you are right
Literally, if I watched this a year ago, I would have got more great marks 😭
same here
I think they need to introduce this in schools.
It's really good
Hendrix Sishuwa hai
Actually they do, I learned this when i was in senior high school.
I learned it from a textbook
I'm gonna introduce this to my class! I'm having problems with talking to people so wish me luck!
I don't think this teaches anything.
Why is there a seemingly 'circular' pattern between the trig identities and functions?
This hexagon method is a good way to memorize things, but it hardly proves anything.
I'd be sad if someone said to prove why it works "just draw a hexagon!" for trig identities, when the relations are more cyclical than hexagonal.
Just amazing ! No words to express my thank to the person who made this video. Thank you so much. You should advertise this video so that a maximum number of students can get benefit from it.
Okayy!!! So it's not only me who's suffering with trignometry....there are 24 lakh people with me!!! Wahh😂😂🔥🔥
Now 2.5 people 🤣🤣
@@finatic8055 whos that guy that contributed to the 0.5? half man?
Ohh
Its 3.3 m
The ones who have disliked might have probably studied all the trignometric formula without this method...
I don't even know how they would do that
3.6 k people
when u get in higher classes even 11, you get hundreds of these formulae. so these formulae look childish now. thats why its not so big deal for them
Now I am in class 11 and while seeing these formulas, they seem to be as easy as ABCD 😂
i actually love this video. not only is the mnemonic extremely useful, but the repetition is great.
Thank you Kitsurubami for your appreciation. We are really happy to hear that it was useful to you. We are glad that you understood the concept. You motivate us to do better. Keep watching our videos. 😊😊
7 year ago video
No other video on yt can beat this video to learn trigonometry formule🔥🔥🔥🔥🔥🔥🔥🔥
I am a teacher of mathematics, I like your simplicity. As a matter of facts you are using less word and figures to explain more.
A wise math professor once told me "There's no such thing as a free lunch. Where you get *blank*, you lose *blank*". In this case, you get a tool that holds so many formulas in a nice little package, but you lose the understanding behind those formulas which can already make them feel like common sense in the first place. For example, the equation:
sin^2(x) + cos^2(x) = 1
should be obvious when you think about it. It's essentially Pythagoras' Theorem applied to the unit circle. With a little algebra, you can divide each term on both sides by cos^2(x), and derive the equation:
tan^2(x) + 1 = sec^2(x)
I can continue, but my point is that knowing a formula is okay for a test in high school, but you won't get far beyond that using this hexagon alone. Take some time to actually learn and understand where these formulae come from in the first place, and it should hopefully click without trying to memorize it.
True
True, my teacher asks us why (x-2)(x+1)=0--> x=2,-1. Someone said take out each in the LS. When asked why, no one knows
So true
@@thanhvinhnguyento7069 our education promotes learning not creativity
@@thanhvinhnguyento7069 can you tell WHY?
Brilliant stuff , I was desperately searching for a trick .
I'm glad that our content is so helpful to you!
Happy Learning. :)
This person should get an award.... For inventing thiss....
I cant explain how this video helped me! It literally saved my lots of time. I drew this hexagon in my exam hall and just solved things so easily. And the way the presenter presented was just top notch.💫
Looks like I am the only one who discovered this channel on time
(Edit:Whoaaaa... Thanks for the likes!!!!!!!)
Not to me!! 😎😎
Lol u and me bro
My exam is tomorrow, so thanks!
@@sunnymoon2416 Same here! Hi-five :)
My exam is tomorrow. So, yeah, lucky to us. 😁
Where was this wonderful lecture hidden???
😍
Thank you very much for the appreciation and for watching Pragya.
To view more videos for free, register on our website: bit.ly/DontMemoriseRegister
Happy Learning :)
I registered and i love your tutorials.....Keep up the good work❤
What?? All this simple formulae!! I thought I would get more help!
Eg. tan=sin/cos, so it definitely means in equation that tan.cos=sin and she's saying it's a different formulae!! Kids play??
I thought I would get some help for JEE adv!!!!!!!!!!!!!!
Hi
Elizabeth
This has made it easier for me to master all the trig functions. This is the best summary of the trig functions
This shouldn't be underrated ✨thank you ma'am thank you very much
You're most welcome. We are glad that you understood the concept. We are happy that we could help you learn. Do support us by subscribing to our channel. 👍👍
If at all some one explained me like this 54 years ago I never have failed and afraid of trigonometry. I SALUTE THOUSANDS TIMES.
Hasmukh Shah yes right
What?? All this simple formulae!! I thought I would get more help!
Eg. tan=sin/cos, so it definitely means in equation that tan.cos=sin and she's saying it's a different formulae!! Kids play??
I thought I would get some help for JEE adv!!!!!!!!!!!!!!
@@sujantkumarkrishnvanshi121 hahaha me too bro.
This is superb. I love this mnemonic.
Thanks a lot, Kenechukwu Ernest Nzewi!
Keep watching!! 🙂🙂
thanks a lot ! U guyz are one of the only reasons i understand trigonometry at all ! Fricking love u guyz :)
Actually trignometry is hard for me but after watching this video it become more intresting and easy to learn.
thankyou infinity learns
During this pandemic we are learning trigonometry and on every Saturday there is an activity.
Our teacher told about this in activity period and I think that he had taken idea from this only .
Thank u so much for discovering this ...
Othrwise our teacher would have suggest it to learn only
This was the most and best helpful method to learn trignometry! Thank you so much guys , it's very useful!
It's my pleasure. We are really happy to hear that it was Useful for you. We are glad that you understood the concept. You motivate us to do better. Keep watching our videos : )
we just started our trigonometry unit this week. had i not known about this super hexagon, i’d probably be crying myself to sleep every night. thank you so much for sharing this resource.
BRILLIANT and life saving vedio
Amazing. If I knew this tips before, my life would be easier.
This is the only learning channel I actually subscribed to.
This type of education cannot be thought in our schools. Amazing video for remembering formulae
Thank you so much, i always struggling with trigonometric, this hexagon is a life saver.
If only i discovered this fantastic channel sooner.
🎀😊
I've got to show this to my teachers!!
Well did u?
Did u😅
If you'll see clearly you'll find a 3D cuboid in hexagon with diagonals..
see carefully
Fuck now i cant unsee it
please explain it.
beacause l can't find it
@@areeshafatima798 improve your language
@@nikhildwivedi4433 pls what 😂😂
Yeah I got it.
Hello dear teacher I am from Pakistan and want to say that this super hexagon formula very much help me to understand my trigonometric identies really its amazing method..👍👍👌❤👌
I would be the happiest person in the world if I saw this hexagon in my school days😭....u made 50%trig in one single hexagon bro awesome.....
The whole concept of trigonometry is covered by using a super hexagon really great
I have been struggling with this so much, I even missed my test to have an extra day to study, I take it tomorrow and my friend got a 55 on it. This seriously helps and I honestly feel so much better about taking the test.
AY FELLO IKONIC ATINY AND NCTZENNNN I HOPE YOU ACED THAT TEST
Ive got my term finals and im struggling rlly bad jdjfhfjfj
Your a genius ✨✨✨✨🙇🏻♀️ thankyou soooo much
A very big thanks to the the creator of this Super Hexagon...What an amazing explanation done by 'Don't Memorise'!!!
One hexagon to rule them all
Thank you so much
One hexagon to rile them all and the lightness bind them
I had was to say something about this comment of yours Mayckel. " One hexagon to rule them all" is a mind-blowing response to this splendid out of this world video. Your comment to me is absolutely Profound and very intriguing to me. I really don't know, maybe I am exaggerating your comment, I really don't know, But one thing I do know that the Title or Heading for this video should be "One hexagon to rule them all". Deep deep deep stuff!
@@JaNewsFlash well its a reference to LOTR
@@JaNewsFlash You must be so fun at parties.
Cool! I will show this to my students this year. Thanks for posting!
Best line- "wait there is more "
True
After 7 years also it is more important and too helpful 🤗🤗
Thx👏
And know that I subscribed 👍
I Discovered this channel on perefect time just before my exams.
Thank u very much
same
The most interesting thing is to remember the Logic with full concentration and Serousness. And thats it Everything is Upto you.
I will recommend your channel to my friends. Thank you for this wonderful video!
Thank you so much 🙏🙏 This is really helpful and I am going to share it with others.
Wow this is mind-blowing! Even if you understand and learn you won't be able to recall the formulas this easily. Good job Don't Memorise team.
These formulae were the basic ones. Difficult formulae are of compound angles and conversations from product to sum and vice versa.
This is sufficient for CBSE learning class 10 students
YOU CAN USE THIS WITH DERIVATIVES!
Though its a bit difficult to see, there are some noticeable patterns. Once i noticed these, I haven’t had trouble with these derivatives at all!
You’re not gonna understand without writing it out. Its a bit complicated at first glance, but simple when you understand it.
I just drew the hexagon (without the edges, only the lines in between. It looks like a x with a horizontal line)
1. Search up the trig derivative online. Write them down across a page.
2.Then under each function, draw the hexagon thing
3. trace a line from the trig to derivative using a different color pen.
Do you notice the patterns? Take a moment to study it for yourself.
Anyway, hopefully you understand this:
I found these patterns:
Obtuse angles create fractional derivatives,
Accute angles create singular or multiplication derivatives
Following the inner lines left into the center and out, will give negative derivatives.
Following the inner lines right into the center and out, will give positive derivatives.
Csc and sec repeat themselves in their derivatives.
The derivative angles on the left are opposite of those on the right.
Ex: following the inner lines, draw a line from tan to it’s derivative 1/cosx.
The line went right in a obtuse angle, so it’s solution is a positive fractional derivative.
Ex2: following the inner lines, draw a line from cot to it’s derivative -1/sinx
The line went left in a obtuse angle, so it’s solution is a negative fractional derivative. The angle is opposite to tangent.
Ex3: following the inner lines, draw a line from sin to it’s derivative: cosx.
The line went right in a acute angle so the solution is a positive singular or multiplication derivative.
Ex4: following the inner lines, draw a line from cosx to its derivative -sinx
The line went left in a acute angle, so the solution is a singular or multiplication derivative. The angle is opposite to sinx.
Ex5: draw a line from secx to to tanx (not the derivative)
The line goes right first, and is a acute angle, so the derivative is positive multiplication. Since it is sec, it’s repeated. So, the derivative is
Secxtanx.
Ex6: draw a line from csc to cot (not it’s derivative)
The line goes left first so the derivative is negative multiplication. Since its csc, it is is repeated. So the derivative is cscxcotx.
Haha, I did not explain that very well, so I encourage you to try figuring this out yourself!
The pattern could probably be simplified a bit.
For instance, it’s better to say the top accute angles are singular while the bottom accute angles multiply something by themselves.
But whatevs! I wish you the best of luck!
Thank you! I needed this for my maths exam today. This saved my life
I just find this video before my exam (my exam is tommorow) 😀😁😇🤗😐😍😍
same here🤣🤣😂😂
🙄🙄🙄
😙😙
🤩🤩🤩🤩
@@jerinraj8882 👍🏻
Guys if U didn't waste time on this then just by practice U can learn basic ones and derive others easy pizzy but I respect their innovation and it does not cover the complex formulas like 2thieta 3 thieta...and gp angles ap angles
Theta - this is the correct spelling.okay
This really helped me tomorrow is my exam and i am always confused remembering identities but this video really helped me i understood very well
Thank you so much ❤️
Thankkk youuuuu so muchhh yaar❣️
It's very easy and quick to learn TYSM
How can someone dislike such a helpful video?
teachers 😂😂😂
By clicking that thumbs down button
Maybe they don’t like the way she pronounces theta
It's really a vary helpful video...thanks for this type of video ... it's really interesting to study all formulas of trigonometry with a hexagon...
Thank you mam , through this i have learned half of trigonometry🎉😊
Thank you so much! I can't express how thankful I am! ❤loved it so much! It is amazing how so much of formulas can be simply learned from this SUPER-HEXAGON!!!
This is the best trigonometry video on the earth.. thank you so much ma'am.. I'm so obliged🙏
achcha??
TH-cam randomly put this in my recommendations. Is there another hexagon for all the inverse functions?
I am glad that I have found this video or else I have to stay up all night just memorizing the formulae and getting tensed about my test tomorrow.
I am literally in love with this channel it's amazing ,it has solve my alot of problems and it's to easy to learn now ... ♥️♥️♥️♥️ Thank you
There's about 5 minutes of content in here, the rest is just repetition
@@musik350 I can rewind the video. If this lady says "three diagonals" one more time imma lose it! Those aren't even diagonals! They're just lines!
Fixided diagonals are lines that connect corners of polygons
6:37
@@Fixided u should be generous for this video the point is u can skip what u do not want do mot let ur ego override urself
you're only worth the amount of money in your bank
Is it OK if i memorise this video? It's sooo awesome btw.
Thanks you Rohan!
Keep watching!!🙂🙂
@@InfinityLearn_NEET thanks to all the people working tirelessly behind the scences I really appreciate all your efforts guys thank you once again...
the person who invented this is god for me
its been 2 years and I still watch it to rewise
kash 11th ki trigonometry ke bhi formule raise learn ho jaye
i understand this better, thank you so much!!
Woah this blows my mind🤯♥️
It's so simply explained here, which teachers in my school failed to do 😑.
Hello guys! I'm a 58 years old mathematician wanna be all my life. I just found your channel and I am petrified. Well you have another student on the way! Thank you so much!
Thank you.... For your wonderful teaching ❤
Amazing technique! Lot of trig in just 13 minutes! Thank you!
Tmrw is my math board exam..... Only if i could find this video earlier.... this is awesome..... wish me luck....
Good luck with your exam. Let us know how it went!
Happy Learning. :)
@@InfinityLearn_NEET Tnx. Ok
@@jollyhappy922 now tell
@@b-init1221 maybe he failed 😂
@@utsavchaudhary1133 GOSH😂
Trigonometry:I'm toughest field of maths to master.
Super- Hexagon: I'm about to end this man's whole Career.
🤔 🤔. 🤔
🤔 🤔. 🤔
(-.-)
(-_-)
(︶^︶)
(´・ω・`)
❤️❤️❤️❤️❤️❤️❤️
Just wow 😍
This was so helpful! Thank you 🥹
Now I can watch another movie series because of this vid.😂😂😂 arrigato🙏
im glad educators are finally realizing most people are visual learners.
i was always searching a channel which teaches in English it was hard to find but I found the best one here
Amazing you have done it beautifully and clearly.
❤️❤️❤️❤️❤️❤️❤️👍