5 The flux of the curl of the vector field F (1. y, z) = (y², 7, z) through the surface E= {(z, y, z) € R'z = y + 5, + y < 1}, oriented in such a way that its normal vector i satisfies the condition ri · k> 0, equals %3D (A) n/2 (B) – (C) 0 (D) 7
5 The flux of the curl of the vector field F (1. y, z) = (y², 7, z) through the surface E= {(z, y, z) € R'z = y + 5, + y < 1}, oriented in such a way that its normal vector i satisfies the condition ri · k> 0, equals %3D (A) n/2 (B) – (C) 0 (D) 7
5 The flux of the curl of the vector field F (1. y, z) = (y², 7, z) through the surface E= {(z, y, z) € R'z = y + 5, + y < 1}, oriented in such a way that its normal vector i satisfies the condition ri · k> 0, equals %3D (A) n/2 (B) – (C) 0 (D) 7
Please solve asap and explain what you did when you solved the integral
With differentiation, one of the major concepts of calculus. Integration involves the calculation of an integral, which is useful to find many quantities such as areas, volumes, and displacement.
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