Evaluation of Line Integral Using Green's Theorem | Lecture 46 | Line Integrals

[@stevemwanza7521]

Clear explanation

[@estherwanjiru5515]

Awesome,, this is the best explanation ever,, I like it

[@_eye_killer_596_]

Very clear explanation 👏

[@shahzaib.graphy]

Stay blessed ever Sir 💞

[@samuelbassey6806]

Thanks my boss❤

[@banibhatia3965]

amazif

[@yousrikar]

best sirrrrrrrrrr

[@aliyajafar1986]

Thankyou sir

[@shuklaakash4396]

Thank u sir

[@anshu7098him]

Nice video

[@ajaytailor2832]

Thankyou sir ❤

[@prabuagalya4982]

Sir limit xis greater than or equal to zero and y is lesser than or equal to zero

[@aqsaqainaat3961]

Zbrdast sir

[@Mdxamaan]

Shouldn't we first do by line integral c=c1+c2 then do greens theorem and them verify them both are equal or not?

[@riazahmad9042]

Excuse me sir aghr hum vertical strip consider krty hn to humy ye he value nahi mil rhi area ki to kindly ap vertical strip ly kr ye he question solve kr dy

[@Ppooh002]

can the limits be root 8x and -4 for y and 2 and 0 for x?

[@creatorslatitude6819]

Same doubt brooo

[@bxby3122]

sir plz after 1 week we have exams

[@thankyou1514]

How to verify this question

[@ranjankhatu]

You will get videos on verification problems in the playlist

[@keshavg4850]

8:17 But sir C is orientated in positively bounded region(As per question)

[@ranjankhatu]

Yes. C is the boundary of the region.

[@keshavg4850]

@@ranjankhatu so shouldn't the bounded region be only upper part(above x axis) as it is positively orientated?

[@ranjankhatu]

@@keshavg4850 positively oriented means in anti clockwise direction

[@bxby3122]

sir plz strt surface integrals

[@shuklaakash4396]

Ye university wale itna jldi exams rakhe h

[@Sunil.kandpal]

Nice explanation 🫵🏻👌🏻