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Vector Calculus Part 3 Surface Integrals DevCourseWeb

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Files:
  1. Get Bonus Downloads Here.url 182 bytes
  2. 1 -Evaluate the Surface Integral for cube by expressing it in Volume Integral.mp4 66.1 MB
  3. 2 -Surface Integral for Cube bounded by the Planes.mp4 58.6 MB
  4. 1 -Verify the Gauss Divergence Theorem for the given Function.mp4 77.1 MB
  5. 2 -Verify Gauss Divergence Theorm for the function for the region occupied by cube.mp4 48.0 MB
  6. 1 -Show that given Surface Integral is 43 pi (a+b+c).mp4 11.5 MB
  7. 2 -Evaluate the Surface Integral bounded by the cone x²+y²= z² and plane z = 1.mp4 28.6 MB
  8. 3 -Evaluate the Surface Integral over the Cube.mp4 19.5 MB
  9. 4 -Evaluate the Surface Integral by transforming the Triple Integral.mp4 35.6 MB
  10. 5 -Prove that the given surface integral is the volume of the space enclosed by S.mp4 9.9 MB
  11. 1 -Evaluate the Surface Integral of dot product of position vector & normal vector.mp4 8.0 MB
  12. 10 -Evaluate the Surface Integral using Gauss Divergence Integral.mp4 15.8 MB
  13. 11 -Evaluate the given Surface Integral using the Gauss Divergence Theorem.mp4 16.2 MB
  14. 12 -Surface Integral of curl of a vector is Zero.mp4 9.4 MB
  15. 13 -Show that the given Surface Integral = required Volume integral.mp4 15.8 MB
  16. 14 -Show that given Surface Integral = req. Surface int + 2(req. Volume Integral).mp4 29.9 MB
  17. 15 -Show that 12( Volume Integral) = Required Surface Integral.mp4 18.9 MB
  18. 16 -Show that Surface Integral of cross product of r and n vector vanishes.mp4 18.7 MB
  19. 17 -Show that the Surface Integral of vector n = 0.mp4 12.1 MB
  20. 18 -Show that the given Volume Integral is equal to required Surface Integral.mp4 23.4 MB
  21. 19 -For a given Vector F, show that given Vol. Integral = Required Surface Integral.mp4 20.1 MB
  22. 2 -Show that Volume Integral of divergence of vector 'n' is surface S.mp4 10.0 MB
  23. 20 -For a given Vector F, show that given Surface Integral = Required Vol. Integral.mp4 8.4 MB
  24. 21 -V.Important Results for the given Surface Integral in accordance with Origin.mp4 58.9 MB
  25. 3 -For a closed surface & point function, the given Surface Integrals vanishes.mp4 28.9 MB
  26. 4 -Surface Integral over the surface of the cube bounded by Coordinate planes.mp4 15.7 MB
  27. 5 -Show that the Given Surface Integral is 2aV where a is the constant vector.mp4 25.4 MB
  28. 6 -Prove the given result using Gauss Divergence Theorem.mp4 22.2 MB
  29. 7 -Prove the given result using gauss Divergence Theorem continued...!.mp4 22.4 MB
  30. 8 -Show that Given Surface Integral is Zero using Gauss Divergence Theorem.mp4 13.6 MB
  31. 9 -Prove that given Volume Integral is sum of the Surface Integral & Vol. Integral.mp4 10.0 MB
  32. Bonus Resources.txt 386 bytes

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