In the Figure shown, a small. nonconducting hall of mass m-3.0 mg and charge q-40x 10C (distributed uniformly through its volume) hangs from an insulating thread that makes an angle O-30.0° with a vertical uniformly charged nonconducting sheet as shown in the Figure. Considering the gravitationa assuming the sheet extends far vertio the page, the surface charge density Hlint: Permittivity of free space,K8S

College Physics
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Chapter1: Units, Trigonometry. And Vectors
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11
In the Figure shown, a small.
nonconducting ball of mass
m-3.0 mg and charge
4-4.0 x 10C (distributed
uniformly through its volume)
hangs from an insulating thread
that makes an angle O-30.0°
with a vertical uniformly charged
nonconducting sheet as shown in the
Figure, Considering the gravitational force on the hall and
assuming the sheet extends far vertically and into and out of
the page, the surtace charge density a of the sheet is
Ilint: Permittivity of free space r,-8.85 x 10 C/N.m, nC-10 C.
a) 6.68 nCm
e) 9.24 nC m
b) 8.09 nC m
d) 7.51 nC m.
Transcribed Image Text:In the Figure shown, a small. nonconducting ball of mass m-3.0 mg and charge 4-4.0 x 10C (distributed uniformly through its volume) hangs from an insulating thread that makes an angle O-30.0° with a vertical uniformly charged nonconducting sheet as shown in the Figure, Considering the gravitational force on the hall and assuming the sheet extends far vertically and into and out of the page, the surtace charge density a of the sheet is Ilint: Permittivity of free space r,-8.85 x 10 C/N.m, nC-10 C. a) 6.68 nCm e) 9.24 nC m b) 8.09 nC m d) 7.51 nC m.
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