b. If you turn the circle until the normal is pointing straight left, and don't change...

Transcribed Image Text:

b. If you turn the circle until the normal is pointing straight left, and don't change the electric field, what would the flux through the circle be? 9. The picture shows a circle, viewed nearly edge-on, sitting in an electric field to the left (blue arrows). The black arrow is the normal to the surface, and the dotted line is the plane of the surface. The magnitude of the electric field is 2.8x107 N/C, the area of the circle is 14 cm, and the flux through the circle is 3.1x104 Nm/C. a. Solve for theta (0). Looking at the picture, is that angle 1, or angle 2? [37.7, be sure to note if it's 1 or 2 in the picture.] b. If you turn the circle until the normal is pointing straight left, and don't change the electric field, what would the flux through the circle be? 9. The picture shows a circle, viewed nearly edge-on, sitting in an electric field to the left (blue arrows). The black arrow is the normal to the surface, and the dotted line is the plane of the surface. The magnitude of the electric field is 2.8x107 N/C, the area of the circle is 14 cm, and the flux through the circle is 3.1x104 Nm/C. a. Solve for theta (0). Looking at the picture, is that angle 1, or angle 2? [37.7, be sure to note if it's 1 or 2 in the picture.]