(6) An infinite straight line has uniform charge density per unit length 2, given in C/m, is inserted into a conducting sphere of radius R with its center lies on the line (Fig.6). The electric flux through the sphere is (a) λR/& ; (b) 0; (c) 2 λR/&o; (d) λR/2лε. 2 line Fig.6 € conducting sphere
(6) An infinite straight line has uniform charge density per unit length 2, given in C/m, is inserted into a conducting sphere of radius R with its center lies on the line (Fig.6). The electric flux through the sphere is (a) λR/& ; (b) 0; (c) 2 λR/&o; (d) λR/2лε. 2 line Fig.6 € conducting sphere
Chapter6: Gauss's Law
Section: Chapter Questions
Problem 6CQ: Compare the electric flux through the surface of a cube of side length a that has a charge q at its...
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Transcribed Image Text:(6) An infinite straight line has uniform charge density per unit length 2,
given in C/m, is inserted into a conducting sphere of radius R with its
center lies on the line (Fig.6). The electric flux through the sphere is
(a) λR/&;
(b) 0;
(c) 22R/&o;
(d) λR/2πε. ·
o
Fig.6 conducting sphere
2
line
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