32. Three charges 91 = 1x10-6C, 92 = 2x10C and q3 =-3x10-6C have been placed as shown in figure. Then the net electric flux will be maximum for the surface. S2 S .41 .92 .43 S3 3) S3 1) S1 2) S2 4) Same for all

Three charges q_1 = 1 xx 10^(-6) C, q^2 = 2 xx 10^(-6)C, and q_3 = -3 xx 10^(-6) C have been placed as shown in figure. Then the net electric flux will be maximum for the surface

Three charges q_1 = 1 xx 10^(-6) C, q^2 = 2 xx 10^(-6)C, and q_3 = -3 xx 10^(-6) C have been placed as shown in figure. Then the net electric flux will be maximum for the surface

S_1 and S_2 are two hollow concentric spheres enclosing charge Q and 2Q, respectively, as shown in figure. What is the ratio of the electric flux leaving through the surface of S_1 and S_2 ?

S_1 and S_2 are two hollow concentric spheres enclosing charge Q and 2Q, respectively, as shown in figure. What is the ratio of the electric flux leaving through the surface of S_1 and S_2 ?

Figure shown three point charges , +2q,-q,-qand+3q . Two charges +2q and -q are enclosed within a surface 'S' . What is the electric flux due to this configuration through the surface 'S'?

The three small spheres as shown in figure carry charges q_1 = 4nC, q_2 = -7.8nC and q_3 = 2.4nC . Find the net electic flux through each of the following closed surfaces shown in cross section in the figure. a. S_1 b. S_2 c. S_3 d. S_4 e. S_5 . Do your answers to parts from (a) to (e) depend on how the charge is distributed over each small sphere? Why or why not? .

The three small spheres as shown in figure carry charges q_1 = 4nC, q_2 = -7.8nC and q_3 = 2.4nC . Find the net electic flux through each of the following closed surfaces shown in cross section in the figure. a. S_1 b. S_2 c. S_3 d. S_4 e. S_5 . Do your answers to parts from (a) to (e) depend on how the charge is distributed over each small sphere? Why or why not? .

S_(1) and S_(2) are two concentric sphere enclosing charges 2Q and 3Q respectively as shown in the figure. What is the ratio of the electric flux through S_(1) and S_(2) ?

Three charges q_(1)=1 mu c,q_(2)=2 mu c and q_(3)=-3 mu c and four surfaces S_(1),S_(2),S_(3) and S_(4) are shown. The flux emerging through surface S_(2) in N-m^(2)//C is-

S_(1) and S_(2) are two bellow concentric spheres enclosing Q and 3Q respectively as shown in Figure. What is the ration of electric flux through S_(1) and S_(2) ? What would be electric flux through S_(1) ? If air inside S_(1) is replaced by a medium of dielectric constant 3 ?