xoy plane 7. a Verify Gauss's divergence theorem for F = 4xzi- yj+ yzk and C...

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xoy plane 7. a Verify Gauss's divergence theorem for F = 4xzi- y²j+ yzk and C is its boundary over the cube x=0, x= 1, y = 0, y = 1, z = 0, z = 1. b Verify Gauss Divergence theorem for F = x²i+ y² j+z²k Where S is the surface of the cuboid formed by the planes x=0, x= a, y = 0, y = b, z = 0, z = c. 8. a Verify Gauss's divergence theorem for the function F= yi+xj+ 2² k over the cylindrical region bounded by x² + y² = 9, z= 0 and z= 2. b Verify stoke's theorem for F = (x² - y²)i+ 2xy j in the rectangular region in the xy plane bounded by the lines x=0, x= a, y= 0, y= b. T 27 WL xoy plane 7. a Verify Gauss's divergence theorem for F = 4xzi- y²j+ yzk and C is its boundary over the cube x=0, x= 1, y = 0, y = 1, z = 0, z = 1. b Verify Gauss Divergence theorem for F = x²i+ y² j+z²k Where S is the surface of the cuboid formed by the planes x=0, x= a, y = 0, y = b, z = 0, z = c. 8. a Verify Gauss's divergence theorem for the function F= yi+xj+ 2² k over the cylindrical region bounded by x² + y² = 9, z= 0 and z= 2. b Verify stoke's theorem for F = (x² - y²)i+ 2xy j in the rectangular region in the xy plane bounded by the lines x=0, x= a, y= 0, y= b. T 27 WL

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7a 7b 8b 7 F 4x2 y y z k Dimensions of the cube x0 x 1 y 0 y 1 302 1 According to youss ... View the full answer