I already did it. Check it out at this link: Peculiar Property of Definite Integrals Problem 1 (The Art of Integration) ruclips.net/video/R6giSk0X3ow/видео.html
Hello sir, sorry sir I am not able to view your videos because I was preparing for exam.... sorry.... Well explained video sir pls give its 2nd part part
More are on the way. A lot of the standard integrals where the King Rule can be used involve trig functions so I’m taking some time to make up some integrals without them.
This is underrated
It’s one of my favorite techniques to try on difficult integrals
Very clear and concise explanation, thanks! Just learned about this property, it's a great addition to anyone's bag of integration tricks =)
This is also equal to b-a/2 as pi/2-0 /2 =pi/4.
Your writing is very nice and your explanation is the same. I'd prefer all the teachers to be like you. Thanks.
The geometric proof for it was lit! And the problems were good too😄
Yeah, the geometric proof is pretty cool!
Great Video.Thanks a lot. Your "trig" identities are "tricky" identities as well. Best wishes from germany
Nicely explained sir! Appreciate that.
Glad you enjoyed it, fellow mathematician!
Somebody count the number of times he pointed at us
Not enough times. I’ll re-record this video and include more pointing.
numste sir ji
Tanks sir
You’re welcome! I’m glad you liked it.
Question sir
logsinx limit 90and0 me
King rules
I already did it. Check it out at this link:
Peculiar Property of Definite Integrals Problem 1 (The Art of Integration)
ruclips.net/video/R6giSk0X3ow/видео.html
Hello sir, sorry sir I am not able to view your videos because I was preparing for exam.... sorry....
Well explained video sir pls give its 2nd part part
More are on the way. A lot of the standard integrals where the King Rule can be used involve trig functions so I’m taking some time to make up some integrals without them.
@@BlackTshirtMathProfessor ok sir best of luck
Love ❤️ you sir 🙏🙏🙏🙏
Thank you so much!