Integration

[rich ore]

How to find these limits(stokes theorem)??

[empty zealot]

Solve the equation using stokes theorem

[rich ore]

yea,thats what shown here
how do i find the limits of integration which is highlighted there
the bottom part is part of the answer btw

[empty zealot]

Just simply put out the required values in the equation by stokes

And find intregal c F→•dr→

[rich ore]

yea,what is the required value?

[empty zealot]

nothing

[rich ore]

how do i fond those limits from the triangle there

[empty zealot]

In the question

[rich ore]

what??

[empty zealot]

😦

[rich ore]

https://youtu.be/QS-zUSu-nxA?list=PLybg94GvOJ9GkwyYc3jolcsDgjl2Niarg&t=120 (timestamped)
here for some context
it is solved using stokes theorem,but we need limits to the integrals in stokes theorem,and i didnt understand how he got those limits.....

[empty zealot]

the surface integral of the curl of a function over a surface bounded by a closed surface is equal to the line integral of the particular vector function around that surface

[rich ore]

yes,i know that,what limits to the integrals should i set?

[empty zealot]

Your Answer to your question is in question

🤡💀

Well, <@&727457725017096242>

Will help you

Further

[rich ore]

ur saying use stokes theorem which i cant since i dont know what limits i should set to the surface integral in the stokes theorem and ur replying to that with use stokes theorem again........

[empty zealot]

Yes use that theorem