The two identical, spherical, metal coated pith balls of a pith ball electroscope are suspended by very light strings of length L = 13.3 cm as shown in the figure below. The pith balls are each given the same electric charge of 11 nC, and reach equilibrium when each string makes an angle of 0 = 5.9° with the vertical. Determine the mass of each pith ball. 10 L (172) 010 Hint: Draw a free body diagram for one of the pith balls and use Newton's second law. m = ko
The two identical, spherical, metal coated pith balls of a pith ball electroscope are suspended by very light strings of length L = 13.3 cm as shown in the figure below. The pith balls are each given the same electric charge of 11 nC, and reach equilibrium when each string makes an angle of 0 = 5.9° with the vertical. Determine the mass of each pith ball. 10 L (172) 010 Hint: Draw a free body diagram for one of the pith balls and use Newton's second law. m = ko
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ISBN:9781305952300
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![d
The two identical, spherical, metal coated pith balls of a pith
ball electroscope are suspended by very light strings of length
L = 13.3 cm as shown in the figure below. The pith balls are
each given the same electric charge of 11 nC, and reach
equilibrium when each string makes an angle of 0 = 5.90 with
the vertical. Determine the mass of each pith ball.
"D
070
Hint: Draw a free body diagram for one of the pith balls and use
Newton's second law.
m =
R
L
Submit Question
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kg
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Transcribed Image Text:d
The two identical, spherical, metal coated pith balls of a pith
ball electroscope are suspended by very light strings of length
L = 13.3 cm as shown in the figure below. The pith balls are
each given the same electric charge of 11 nC, and reach
equilibrium when each string makes an angle of 0 = 5.90 with
the vertical. Determine the mass of each pith ball.
"D
070
Hint: Draw a free body diagram for one of the pith balls and use
Newton's second law.
m =
R
L
Submit Question
%6
T
kg
48
6
Y
4-
&
U
4+
*
8
00
144
(
9
A11
)
A4
P
{
+
[
prt sc
←
delete
backspace
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