The figure shows a spherical Gaussian surface inside a larger sphere with a tota

Question

The figure shows a spherical Gaussian surface inside a larger sphere with a total charge Q = 10 q uniformly distributed throughout. What is the total flux of the electric field through the Gaussian sphere for R = 8 m and r = 4 m. Answer in units of q/?0

For this I used the electric field equation first but I am stuck on how to continue from there.

The figure shows a spherical Gaussian surface inside a larger sphere with a total charge Q = 10 q uniformly distributed throughout. What is the total flux of the electric field through the Gaussian sphere for R = 8 m and r = 4 m. Answer in units of q/?0 For this I used the electric field equation first but I am stuck on how to continue from there.

Explanation / Answer

formula is correct but check your charge density. should come out to 4.096*10^-4

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