The green blob below is a surface area, A with another spherical surface, A2, embedded in...

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The green blob below is a surface area, A with another spherical surface, A2, embedded in it. Object 1 has charge +1.0 micro-Coulombs, object 2 has charge -2.0 micro-Coulombs, and Object 3 is electrically neutral (has no net charge). Remembering that Gauss's Law states that calculate the electric flux through A1- -SE-4A-9 You should get a solution with magnitude 105. Enter only the coefficient with 2 sig figs. (So, if your calculator says 7.8654 x 105, enter 7.9.) t = 8.85 x 10-12 C2 N-n A 03 O+1.0 C A2 028-2.0 Bonus: convince yourself that the electric flux through A2 is 0. Why is this true? The green blob below is a surface area, A with another spherical surface, A2, embedded in it. Object 1 has charge +1.0 micro-Coulombs, object 2 has charge -2.0 micro-Coulombs, and Object 3 is electrically neutral (has no net charge). Remembering that Gauss's Law states that calculate the electric flux through A1- -SE-4A-9 You should get a solution with magnitude 105. Enter only the coefficient with 2 sig figs. (So, if your calculator says 7.8654 x 105, enter 7.9.) t = 8.85 x 10-12 C2 N-n A 03 O+1.0 C A2 028-2.0 Bonus: convince yourself that the electric flux through A2 is 0. Why is this true?