FIND THE ANSWERS

Verify Stokes' Theorem for A = (2x-y) i + xz j - z² k where S is the upper 1/2 surface of the sphere and C is its bounday x^2+y^2+z=1?

Answer this question

Do you know the correct answer? Make money answering questions! Join now.
  • Verify Stokes' Theorem for A = (2x-y) i + xz j - z² k where S is the upper 1/2 surface of the sphere and C is its bounday x^2+y^2+z=1?


Answers

... i + xz j - z² k where S is the upper 1/2 surface of the sphere and C is its bounday x^2+y^2+z=1? ... Verify Stokes' Theorem for A = (2x-y) i + xz j ...
Read more
Positive: 48 %
... i + xz j - z² k where S is the upper 1/2 surface of the sphere and C is its bounday x^2+y^2+z=1? ... Verify Stokes' Theorem for A = (2x-y) i + xz j ...
Read more
Positive: 45 %