A charge q = 2 µC is located at the tip of a hollow cone (such as an ice cream cone without the ice cream) with surface charge density o = 6.8 μC/m². The slant height of the cone is L = 6 mm, and the half-angle at the vertex is 0 = 40°. Ꮎ Ꮎ 0.2 X 9 6 L/2 L/2 If the top half of the cone is removed and thrown away, what is the force (in Newton's) on the charge q due to the remaining part of the cone?
A charge q = 2 µC is located at the tip of a hollow cone (such as an ice cream cone without the ice cream) with surface charge density o = 6.8 μC/m². The slant height of the cone is L = 6 mm, and the half-angle at the vertex is 0 = 40°. Ꮎ Ꮎ 0.2 X 9 6 L/2 L/2 If the top half of the cone is removed and thrown away, what is the force (in Newton's) on the charge q due to the remaining part of the cone?
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Transcribed Image Text:A charge q=2 µC is located at the tip of a hollow cone (such as an ice cream cone without the ice cream)
with surface charge density o = 6.8 μC/m². The slant height of the cone is L = 6 mm, and the half-angle
at the vertex is
40°.
O
L/2
L/2
If the top half of the cone is removed and thrown away, what is the force (in Newton's) on the charge q due
to the remaining part of the cone?
0.2 X
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