The IMPOSSIBLE Integral EVERYONE can solve!!!

This integral might seem impossible, but it's kind of the easiest to solve!!!

#math #integrals #calculus #mathforfun

The IMPOSSIBLE Integral EVERYONE can solve!!!

[JonnyMath]

Sorry for this short video but I wanted to upload it as a short but it was too long!!!😅🤣 New videos coming soon but I was too busy now to make one!!! Hope you enjoyed it and don't forget that the function has to be continuous (and defined) over that interval!!!😅😉🤗

[simonescala]

It's so easy some times to solve very hard (or even impossible) definite integrals. The trick is to spot the right properties of the function you have to integrate, and that's it. This works in all maths!!

[Kirtiraj_Deshmukh]

Did it very quickly!
Only through thumbnail. Definite integrals can be very difficult looking but if properties based questions are asked they are easy.

[prasadbhalerao]

I solved it orally !!
You know sin(-x)=-x so just replace x with -x, you would get the same function but just negative so by property its zero.
Its basically just what you did graphically but easier to understand.

[amazing-qqwi]

I plugged in (pi + (-pi) - x) for x and got that the integral is it's own negative, which only works for 0

[rileythesword]

So definite integrals yields results like this, but if we are working on any domain where we integrate from -a to a we would have similar area of 0?

[neelnj]

Here for us in india this stuff is taught like basics for our calculas, was that even worth saying tricky??