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Q.

The parallel plates of a capacitor have an area 0.2 m2 and 10–2 m apart. The original potential difference between them is 3000 V and it decreases to 1000 V when a dielectric sheet is inserted between the plates filling the full space between plates. 

(take, ε0 = 9 × 10–12 C2N–1m–2). 

Match the column-I with Column-II and select the correct option among the codes given below.

COLUMN-ICOLUMN-II
A) Original capacity in pFP) 3×105
B) Capacity after insertion of dielectric (pF)Q) 54×108
C) Permittivity of dielectric (C2N–1m–2)R) 27×10-12
D) Charge on each plate (C)S) 540
E) Initial value of field between plates (V/m)T) 180

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a

AT; BS; CR; DQ; EP

b

AP; BQ; CR; DS; ET

c

AQ; BT; CP; DS; ER

d

AR; BS; CT; DQ; EP

answer is A.

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Detailed Solution

C0=ε0Ad=180pF;Q0=C0V0=54×108CC1=Q0V1=54×1081000=540pF0Ad=540K=3 and ε=0=27×1012C2N1m2

E=Vd=300010-2=3×10-5

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The parallel plates of a capacitor have an area 0.2 m2 and 10–2 m apart. The original potential difference between them is 3000 V and it decreases to 1000 V when a dielectric sheet is inserted between the plates filling the full space between plates. (take, ε0 = 9 × 10–12 C2N–1m–2). Match the column-I with Column-II and select the correct option among the codes given below.COLUMN-ICOLUMN-IIA) Original capacity in pFP) 3×105B) Capacity after insertion of dielectric (pF)Q) 54×108C) Permittivity of dielectric (C2N–1m–2)R) 27×10-12D) Charge on each plate (C)S) 540E) Initial value of field between plates (V/m)T) 180