Consider the three charges,

q$1,$ q$2,$ and q$3.$

The flux through the three surfaces

S$1,$ S$2,$ and S$3$

shown in the diagram below are

$6$q$/0,$

$+$q$/0,$

and

$11$q$/0,$

respectively. If

q $=3\mathrm{.}5$C$,$

determine the values $($magnitude and sign$)$ of the three charges

q$1,$

q$2,$

and

q$3.$

q$1=$ Incorrect: Your answer is incorrect.

Review Gauss's law. What is the net charge enclosed inside each of the given surfaces? $$C

q$2=$ Incorrect: Your answer is incorrect.

Review Gauss's law. What is the net charge enclosed inside each of the given surfaces? $$C

q$3=$C

There are three spheres labeled q$\_1,$ q$\_2,$ and q$\_3.$ A closed path is labeled S$\_1$ and encircles q$\_1$ and q$\_2.$ q$\_3$ is outside the closed path. There are three spheres labeled q$\_1,$ q$\_2,$ and q$\_3.$ A closed path labeled S$\_2$ encircles q$\_1$ and q$\_3.$ q$\_2$ is outside the closed path. There are three spheres labeled q$\_1,$ q$\_2,$ and q$\_3.$ A closed path labeled S$\_3$ encircles q$\_2$ and q$\_3.$ q$\_1$ is outside the closed path.