There is a hollow prism with hexagonal base of side L, and height H, as shown....
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There is a hollow prism with hexagonal base of side L, and height H, as shown. There are identical non conducting uniformly charged solid spheres are placed at each corner and two identical spheres at the centre of flat hexagonal faces. The charges spheres have uniform density of d, and radius of R. What will be the flux passing through the shaded region and average charge density (4) hexagonal prism. It is given that the flux passing through the hexagonal flat surface is k times the total flux passing through the prism. Rodo Take & & 3 d.R. LH 14. = 1 Sl units = 1 Sl units The value of o, is 15. The value of d is There is a hollow prism with hexagonal base of side L, and height H, as shown. There are identical non conducting uniformly charged solid spheres are placed at each corner and two identical spheres at the centre of flat hexagonal faces. The charges spheres have uniform density of d, and radius of R. What will be the flux passing through the shaded region and average charge density (4) hexagonal prism. It is given that the flux passing through the hexagonal flat surface is k times the total flux passing through the prism. Rodo Take & & 3 d.R. LH 14. = 1 Sl units = 1 Sl units The value of o, is 15. The value of d is
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