Info Hash:37A4E501A95C0A7F906D544DF3B1DAE4B76C5BF4
收录时间2025-12-20 11:16:47
更新时间2025-12-20 12:24:41
文件列表 (32)
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182 B
~Get Your Files Here !/1 - Surface Integral for the Cube/1 -Evaluate the Surface Integral for cube by expressing it in Volume Integral.mp4
66.07 MB
~Get Your Files Here !/1 - Surface Integral for the Cube/2 -Surface Integral for Cube bounded by the Planes.mp4
58.62 MB
~Get Your Files Here !/2 - To Verify the Gauss's Divergence Theorem/1 -Verify the Gauss Divergence Theorem for the given Function.mp4
77.13 MB
~Get Your Files Here !/2 - To Verify the Gauss's Divergence Theorem/2 -Verify Gauss Divergence Theorm for the function for the region occupied by cube.mp4
48.04 MB
~Get Your Files Here !/3 - Expected Examples of Gauss Divergence Theorem/1 -Show that given Surface Integral is 43 pi (a+b+c).mp4
11.55 MB
~Get Your Files Here !/3 - Expected Examples of Gauss Divergence Theorem/2 -Evaluate the Surface Integral bounded by the cone x²+y²= z² and plane z = 1.mp4
28.62 MB
~Get Your Files Here !/3 - Expected Examples of Gauss Divergence Theorem/3 -Evaluate the Surface Integral over the Cube.mp4
19.48 MB
~Get Your Files Here !/3 - Expected Examples of Gauss Divergence Theorem/4 -Evaluate the Surface Integral by transforming the Triple Integral.mp4
35.65 MB
~Get Your Files Here !/3 - Expected Examples of Gauss Divergence Theorem/5 -Prove that the given surface integral is the volume of the space enclosed by S.mp4
9.94 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/1 -Evaluate the Surface Integral of dot product of position vector & normal vector.mp4
7.97 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/10 -Evaluate the Surface Integral using Gauss Divergence Integral.mp4
15.81 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/11 -Evaluate the given Surface Integral using the Gauss Divergence Theorem.mp4
16.24 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/12 -Surface Integral of curl of a vector is Zero.mp4
9.43 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/13 -Show that the given Surface Integral = required Volume integral.mp4
15.82 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/14 -Show that given Surface Integral = req. Surface int + 2(req. Volume Integral).mp4
29.95 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/15 -Show that 12( Volume Integral) = Required Surface Integral.mp4
18.91 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/16 -Show that Surface Integral of cross product of r and n vector vanishes.mp4
18.68 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/17 -Show that the Surface Integral of vector n = 0.mp4
12.08 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/18 -Show that the given Volume Integral is equal to required Surface Integral.mp4
23.41 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/19 -For a given Vector F, show that given Vol. Integral = Required Surface Integral.mp4
20.07 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/2 -Show that Volume Integral of divergence of vector 'n' is surface S.mp4
10.01 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/20 -For a given Vector F, show that given Surface Integral = Required Vol. Integral.mp4
8.41 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/21 -V.Important Results for the given Surface Integral in accordance with Origin.mp4
58.92 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/3 -For a closed surface & point function, the given Surface Integrals vanishes.mp4
28.91 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/4 -Surface Integral over the surface of the cube bounded by Coordinate planes.mp4
15.73 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/5 -Show that the Given Surface Integral is 2aV where a is the constant vector.mp4
25.37 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/6 -Prove the given result using Gauss Divergence Theorem.mp4
22.17 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/7 -Prove the given result using gauss Divergence Theorem continued...!.mp4
22.39 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/8 -Show that Given Surface Integral is Zero using Gauss Divergence Theorem.mp4
13.63 MB
~Get Your Files Here !/4 - Evaluating the Surface Integral/9 -Prove that given Volume Integral is sum of the Surface Integral & Vol. Integral.mp4