verify-stoke-theorem-for-f-y-2-j-x-3-j-where-s-is-the-sircular-disc-x-2-y-2-1-z-0-

Question Number 47188 by 23kpratik last updated on 06/Nov/18

v e r i f y s t o k e t h e o r e m f o r f = y^{2} j + x^{3} j w h e r e “ s^{″} i s t h e s i r c u l a r d i s c x^{2} + y^{2} ⩽ 1, z = 0

Answered by tanmay.chaudhury50@gmail.com last updated on 06/Nov/18

\int \int (\vec{▽} \times \vec{A}) . d \vec{s} = \oint \vec{A} . d \vec{r}

q u e s t i o n i t s e l f d o u b t f u l \dots

f = y^{2} \vec{j} + x^{3} \vec{j} \leftarrow d o u b t h e r e b o t h \vec{j} v e c t o r \dots