Three nonconducting strips are bent to form arcs and, when assembled, they form part of a circle of radius r = 6.13 cm. The three strips have linear charge densities of ?1 = 89.0 nC/m, ?2 = −179 nC/m, and ?3 = 268 nC/m, respectively, and subtend angles of 60°, 120°, and 45°, respectively, at the center. (a) Determine the electric potential at the center of the circle of which the strips form a part. (b) You use a fourth nonconducting strip
Three nonconducting strips are bent to form arcs and, when assembled, they form part of a circle of radius r = 6.13 cm. The three strips have linear charge densities of ?1 = 89.0 nC/m, ?2 = −179 nC/m, and ?3 = 268 nC/m, respectively, and subtend angles of 60°, 120°, and 45°, respectively, at the center. (a) Determine the electric potential at the center of the circle of which the strips form a part. (b) You use a fourth nonconducting strip
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Three nonconducting strips are bent to form arcs and, when assembled, they form part of a circle of radius
r = 6.13 cm.
The three strips have linear charge densities of
?1 = 89.0 nC/m,
?2 = −179 nC/m,
and
?3 = 268 nC/m,
respectively, and subtend angles of 60°, 120°, and 45°, respectively, at the center.
(a) Determine the electric potential at the center of the circle of which the strips form a part.
(b) You use a fourth nonconducting strip to close the circle. What should be the linear charge density on this strip if the potential at the center of the circle is to be zero?
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