a flat surface with area 221 m2 is in a uniform electric field of magnitude 818 nc a find the an

Step 1: In the first part of the problem, the electric flux through the surface is 0 Nm^2/C. Usi

Question

A flat surface with an area of 2.21 m^2 is in a uniform electric field of magnitude 818 N/C. A) Find the angle between the electric field and the normal* to the surface when the flux through the surface is 0 Nm^2/C. *Note: the "normal" to the surface is a vector that points perpendicular to the plane of the surface. This is also called the "area vector" sometimes. B) Find the angle between the electric field and the normal to the surface when the flux through the surface is 1610 Nm^2/C.

          A flat surface with an area of 2.21 m^2 is in a uniform electric field of magnitude 818 N/C.

A) Find the angle between the electric field and the normal* to the surface when the flux through the surface is 0 Nm^2/C.
*Note: the "normal" to the surface is a vector that points perpendicular to the plane of the surface. This is also called the "area vector" sometimes.

B) Find the angle between the electric field and the normal to the surface when the flux through the surface is 1610 Nm^2/C.

Added by Stacy P.

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