Applying King Property to a Complicated Integral

So, looking back, I think a lot of easy integrals have been way overdone, and like... no one really looks at them. Following that, I decided to make a video on a harder integral that uses a previously covered topic, King Property.
Video link about King Property:
• King Property: What it...

[@maximusideal]

Wow, the way pi and ln came out in the answer was really elegant.

[@ammarjutt359]

Very well explained 👏

[@tanishka4443]

Waiting for the day I can actually understand this; great video tho 😂

[@manla8397]

My question is when we can know King property is applicable to what types of questions.

[@benextinction__144]

A very well made video. I followed the entire process until the introduction of I. What is I and why is an entire integral "clearly equal to it"?

[@philipyao5989]

At the very beginning of the video, I represented the integral he was trying to solve

[@benextinction__144]

@@philipyao5989 ah I'm not sure how I missed that haha. Thanks for the explanation

[@Kunaa7]

Jee aspirants be like ; Hold my beer 🍺🍺

[@parthsoni-vl2xc]

Bro please do sum example of jee advanced 😂

[@elfingourmeto1230]

wait, 1 = pi/4 ????

[@2kchallengewith4video]

tangent of 1 is pi/4

[@Red-Brick-Dream]

No. Pay attention.

[@blackfriezaonyocrib.4418]

Tan(Ø)=1
Meaning Ø=45° Or Pi/4

[@elfingourmeto1230]

@@blackfriezaonyocrib.4418 so 1 ≠ tan(t) ≠ pi/4 what's ur point?

[@isidoka6656]

@@elfingourmeto1230 tan of 45 is 1, and 45 in radians is pi/4