Integration || Most Likely to Come in IIT-JEE ADVANCE (2022)

Thanks so much for your support. Please check out my socials
Instagram - @RZ MATHS (www.instagram....)
Please Subscribe: / rzmaths
Your support is a valuable source of encouragement that propels the channel forward.
Please consider taking a second to subscribe to express your support!
Your likes, subscriptions, comments, and constructive criticisms are much appreciated.
Feel free to post any suggestions for More questions in the comment section.
----------------------------------------------------------------------------------------------------
#IITJEE#RZMATHS #JEEADVANCE2022

[@yash7144]

This is such an elegant solution...i had a smile on my face when everything started to come together

[@i3wm724]

Not really , pretty basic q for adv , id say even mains considreing the level of math they giving past 2 years

[@yash7144]

@@i3wm724 i never commented on the difficulty of the question so you can fuck right off with your unsolicited opinion :)

[@harshitmishra7138]

@@i3wm724 right, this one right here is one of those questions jo advance mein free ke marks dene ke liye bane hote hai

[@navalgurjar2070]

Sir conic section vector 3d orrr circles prr kuch problems de dijiye

[@aayushraj477]

Sir please keep uploading these sessions ....they are of great help ....

[@gauravahuja7803]

Like literally, I just can't believe my teacher gave an assignment some days ago and this qs was there. I knew the solution,,, 😁😉 BTW awesome man

[@tanmayvishwakarma8861]

maybe ur maths teacher is secretively on youtube

[@DeepakKumar-kw8ex]

Where are u from?

[@gauravahuja7803]

@@tanmayvishwakarma8861 no,,my sir has 1-2 page assignments of all ch, he has made from different different sources,, like this qs is from sameer bansal calculus and an old kvpy qs

[@gauravahuja7803]

@@DeepakKumar-kw8ex Delhi

[@tanmayvishwakarma8861]

@@gauravahuja7803 ohh i seee

[@victor-db7cz]

Old kvpy ques..

[@bibleofcricketshorts3643]

Beauty of mathematics...

[@jayasati]

Thanks

[@khamitshayeeb7437]

Youre awesome sir

[@keshavgupta3698]

Thought Process was really clever!!😁

[@varunreddy2994]

beautiful

[@tarukhandelwal6471]

You are awesome sir. This is such a great question

[@DeepakKumar-kw8ex]

Thanks for these amazing question keep it up .. ❤️

[@bluexwave5930]

You done it already

[@iitianrahul2503]

Very nyc

[@grandson_f_phixis9480]

Thank you very much sir 🥳🥳🥳🥳

[@sparshsinghchundawat7761]

That was good man! thanks for that

[@ashishmohan3514]

Sir Can you make a brief video on AOD? Much Needed

[@Time..traveller]

Sir you can solve by reduction also

[@subhrayanbarman1654]

Ans= 2-√2 . Apply gamma(x)

[@shivansh668]

Can you elaborate your method a bit more?

[@shiv_1610]

Superb explanation sir 👍

[@cutegirlakanshabag2449]

Thank you sir 😊

[@nicogehren6566]

nice approach

[@sarojdhoundiyal78]

ky aise ques m hm power km krnei h to by part lgaye ya niche walo ko upr m lna h to ky krnege

[@solitary6002]

Use beta functions.

[@gauravahuja7803]

Sir ek vo complex no + definite integration wala concept wali video bhi daal do like Integrate 0 to 2pi e^cosx cos(sinx)dx

[@rajgold5064]

कॉन्सप्ट building

[@shreyanshraj2434]

Sir why not the answer is 3-2√2

[@karvut]

great ques.

[@yash7144]

2:29 why did we put limit in (cosx)^√2? The integral was only for sinx from π/2 to 0.

[@farziaccount3600]

Yeah same doubt.?

[@yash7144]

@@farziaccount3600 if u first solve it using by parts and then at the end when you get everything, put limits accordingly, you'll get the same result without any doubts.

[@linxuser897]

yeah I hope he pins this comment, cuz it's a mistake.

[@vireel9253]

2:29 we put limit in cosx also..... i didn't understand

[@iitbombaycse6836]

Ya same

[@SHAMSHERA-]

Which part ?

[@yash7144]

Yeah me neither...

[@adarshmohapatra5058]

When you use by-parts method on a definite integral, then you have to put the limits for both the terms

[@vireel9253]

@@adarshmohapatra5058 but by parts mai toh first fn ko chod k second k integration karte hai - whole int I diff. II integration dx......

[@farziaccount3600]

At 2:27 the limit is just for sinx then how come we put it in cosx???

[@shrutig2293]

Same question

[@mohdowais-zq1kz]

Same question is there in my notes .

[@shyger778]

🤩

[@Abhi-kr6df]

4:41

[@SumitKumar-wf4er]

Sir 11th ke topic se bhi kuch acha ayesi questions lijiye especially conic

[@sukeshkulkarni5763]

This is a pyq in mains i think

[@jatainkumar]

And that will be all 😁

[@jatainkumar]

Now I am in IIT 😀

[@SachinKumar-oh5fu]

Im going to leak the ans which is 2-√2

[@dcwadu6126]

@@amungsus7713 the video was premiering so it was up for 6hours.

[@shivratanyadav8307]

Source plz

[@Swappy805]

Kvpy sx pyq

[@atharv500]

"Annnnd that'll be all" is a constant 😃

[@154bharshbhanushali9]

shayad maine solve kar liya , √2 ÷ l + √2 , is the answer , am I right ? Or we can rationalise and say 2 - √2

[@khamitshayeeb7437]

Your voice is like my sir His name is Nishant He is from Delhi sir

[@atulraj9192]

Sir solution of this question is amazing. But, Here differentiation might be only possible if the power of cosx is any rational number

[@anaysingh-iitdelhi8955]

I got this is correct 🙃🤓

[@rajx____]

Pretty

[@adhiraj2461]

Pls tell a similar channel for fijjiks🙂

[@utkarshdwivedi6983]

Insp

[@extraterrestrialbeats3590]

sir please look into your instagram DM. i have sent you a file . please check it out