6. Shown below is a neutral spherical conductor with at total charge Q = +8.00 nC. It has an inner radius of 5.00 cm and an outer radius of 10.0 cm. A charge q = -3.00 nC is placed at the center of the hole. а. Find the area charge density of the outer surface of the conductor. b. Find the electric field at a point 7.00 cm from the charge. Note: Acircle = tr² Asphere = 4tr2 Vsphere =tr³ 3 10.0 cm 5.00 cm

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6. Shown below is a neutral spherical conductor with at total charge Q = +8.00 nC. It has an inner
radius of 5.00 cm and an outer radius of 10.0 cm. A charge q = -3.00 nC is placed at the center
%3D
of the hole.
а.
Find the area charge density of the outer surface of the conductor.
b.
Find the electric field at a point 7.00 cm from the charge.
4
= πr
Vsphere = tr³
Note: Acircle
Asphere = 4ar2
= 4ur2
10.0 cm
5.00 cm
Transcribed Image Text:6. Shown below is a neutral spherical conductor with at total charge Q = +8.00 nC. It has an inner radius of 5.00 cm and an outer radius of 10.0 cm. A charge q = -3.00 nC is placed at the center %3D of the hole. а. Find the area charge density of the outer surface of the conductor. b. Find the electric field at a point 7.00 cm from the charge. 4 = πr Vsphere = tr³ Note: Acircle Asphere = 4ar2 = 4ur2 10.0 cm 5.00 cm
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