The gap between plates of a parallel plate capacitor is field with an isotropic dielectric whose...

  

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The gap between plates of a parallel plate capacitor is field with an isotropic dielectric whose dielectric constant varies linearly in a direction perpendicular to the plates. Potential difference between plates is V. Correct variation of potential with x is. 4 Vo Vo Vol V (A) (В) V (C) (D) X d. d x Two very large thin conducting plates having same cross-sectional area are placed as shown in figure. They are carrying charges Q and 3Q respectively. The variation of electric field as a function at x(for x 0 to x = 3d) will be best represented by- Q 3Q Y (d,0) (2d,0) (3d,0) E E (A) (B) d 2d 3d d 2d 3d X E E 2d 3d 3d X (C) (D) 2d The gap between plates of a parallel plate capacitor is field with an isotropic dielectric whose dielectric constant varies linearly in a direction perpendicular to the plates. Potential difference between plates is V. Correct variation of potential with x is. 4 Vo Vo Vol V (A) (В) V (C) (D) X d. d x Two very large thin conducting plates having same cross-sectional area are placed as shown in figure. They are carrying charges Q and 3Q respectively. The variation of electric field as a function at x(for x 0 to x = 3d) will be best represented by- Q 3Q Y (d,0) (2d,0) (3d,0) E E (A) (B) d 2d 3d d 2d 3d X E E 2d 3d 3d X (C) (D) 2d

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