(1) There is a charge, q = –5.66NC at the center of a green hemisphere of radius R1 3.11mm. There is also a blue hemisphere of radius R2 point of the green hemisphere (making the charge also at the center of the blue hemisphere). There is a flat red surface which is the shape of a flat donut connecting the two hemispheres making the entire surface a closed surface. 5.43cm which is centered at the same a) What is the net flux through the red surface? b) Imagine we added a charge outside of the green hemisphere with charge q=11nC. Does the net flux around the blue, red, green surface, and the total flux change at all once this is done? R2 R1 (b) Exploded view of the sur- face. (a) Full Surface.

(1) There is a charge, q = –5.66NC at the center of a green hemisphere of radius R1 3.11mm. There is also a blue hemisphere of radius R2 point of the green hemisphere (making the charge also at the center of the blue hemisphere). There is a flat red surface which is the shape of a flat donut connecting the two hemispheres making the entire surface a closed surface. 5.43cm which is centered at the same a) What is the net flux through the red surface? b) Imagine we added a charge outside of the green hemisphere with charge q=11nC. Does the net flux around the blue, red, green surface, and the total flux change at all once this is done? R2 R1 (b) Exploded view of the sur- face. (a) Full Surface.