Use a parameterization to find the flux modifyingbelow integral from nothing to nothing integral from nothing to nothing with upper s bold upper f times n d sigma of bold upper f equals z squared bold i plus xj minus 2 z bold k in the outward direction​ (normal away from the​ x-axis) across the surface cut from the parabolic cylinder zequals 9 minus squared by the planes xequals​0, equals​1, and z equals 0.

Asap describe the transformations required to obtain the graph of the function f(x) from the graph of the function g(x). f(x)=-5.8sin x. g(x)=sin x. a: vertical stretch by a factor of 5.8, reflection across y-axis. b: vertical stretch by a factor of 5.8,reflection across x-axis. c: horizontal stretch by a factor of 5.8, reflection across x-axis. d: horizontal stretch by a factor of 5.8 reflection across y-axis.