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3.25 Electric field due to surface charge density. A disk of radius a[m] is charged with a uniform surface charge density ρs = ρ0[C/m2]. Calculate the electric field intensity at a distance h from the center of the disk on the axis (see Figure 3.44). Figure 3.44

3.25 Electric field due to surface charge density. A disk of radius a[m] is charged with a uniform surface charge density ρs = ρ0[C/m2]. Calculate the electric field intensity at a distance h from the center of the disk on the axis (see Figure 3.44). Figure 3.44

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3.25 Electric field due to surface charge density. A disk of radius a [ m ] is charged with a uniform surface charge density ρ s = ρ 0 [ C / m 2 ] . Calculate the electric field intensity at a distance h from the center of the disk on the axis (see Figure 3.44).
Figure 3.44

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3.25 Electric field due to surface charge density. A disk of radius a[m] is charged with a uniform surface charge density ρs = ρ0[C/m2]. Calculate the electric field intensity at a distance h from the center of the disk on the axis (see Figure 3.44). Figure 3.44

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