You drilled a tiny circular hole with radius, r= 1.7 mm, through the top of a thin plastic spherical shell with radius, R = 14.5 cm, then lowered a point charge, Q = 46 µC, through the hole on a infinitesimally thin thread. What is the electric flux through the hole if the point charge is dangling at the center of the sphere? Write a symbolic expression for the electric flux through the hole in terms of r, R, Q, and Eo, (as needed) then calculate its numeric value. Just ignore the thread. Phole N-m²/C

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You drilled a tiny circular hole with radius, r= 1.7 mm, through the top of a thin plastic spherical shell with
radius, R = 14.5 cm, then lowered a point charge, Q = 46 µC, through the hole on a infinitesimally thin thread.
What is the electric flux through the hole if the point charge is dangling at the center of the sphere?
Write a symbolic expression for the electric flux through the hole in terms of r, R, Q, and Eo,
(as needed) then calculate its numeric value. Just ignore the thread.
Phole
N-m²/C
Transcribed Image Text:You drilled a tiny circular hole with radius, r= 1.7 mm, through the top of a thin plastic spherical shell with radius, R = 14.5 cm, then lowered a point charge, Q = 46 µC, through the hole on a infinitesimally thin thread. What is the electric flux through the hole if the point charge is dangling at the center of the sphere? Write a symbolic expression for the electric flux through the hole in terms of r, R, Q, and Eo, (as needed) then calculate its numeric value. Just ignore the thread. Phole N-m²/C
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