The three small spheres shown in $($Figure $1)$ carry

charges $q_1=4\mathrm{.}40nC,q_2=-7\mathrm{.}80nC,$ and

$q_3=2\mathrm{.}85nC.$Part A

Find the net electric flux through the closed surface $S_1$ shown in cross section in the figure.

Express your answer in newton times meters squared per coulomb.

$=$

$N*\frac{m^2}{C}$

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Part B

Find the net electric flux through the closed surface $S_2$ shown in cross section in the figure.

Express your answer in newton times meters squared per coulomb.

$=$

$N*\frac{m^2}{C}$The three small spheres shown in $($Figure $1)$ carry charges $q_1=4\mathrm{.}40nC,q_2=-7\mathrm{.}80nC,$ and $q_3=2\mathrm{.}85nC.$Part A

Find the net electric flux through the closed surface $S_1$ shown in cross section in the figure.

Express your answer in newton times meters squared per coulomb.

$N*\frac{m^2}{C}$

Request Answer

Part B

Find the net electric flux through the closed surface $S_2$ shown in cross section in the figure.

Express your answer in newton times meters squared per coulomb.

Request Answer

Part C

Find the net electric flux through the closed surface $S_3$ shown in cross section in the figure.

Express your answer in newton times meters squared per coulomb.

Find the net electric flux through the closed surtace $S_1$ shown in cross section in the figure.

Express your answer in newton times meters squared per coulomb.

Part B

Find the net electric flux through the closed surtace $S_2$ shown in cross section in the figure.

Express your answer in newton times meters squared per coulomb.

Part C

Find the net electric flux through the closed surtace $S_3$ shown in cross section in the figure.

Express your answer in newton times meters squared per coulomb.

Part D

Find the net electric flux through the closed surtace $S_4$ shown in cross section in the figure.

Express your answer in newton times meters squared per coulomb.

Part E

Find the net electric flux through the closed surtace $S_5$ shown in cross section in the figure.

Express your answer in newton times meters squared per coulomb.

Part F

Do your answers to parts A through $E$ depend on how the charge is distributed over each small sphere?

depend

do not depend