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JEE PHYSICS MCQ: ELECTRIC POTENTIAL AND CAPACITANCE

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The electrostatic potential on the surface of a charged conducting sphere is 100 V. Two statements are made in this regard
S1: At any point inside the sphere, electric intensity is zero.
S2: At any point inside the sphere, the electrostatic potential is 100 V.
Which of the following is a correct statement?

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Correct option: C

S1 is true, S2 is also true and S1 is the cause of S2

Option D (S1 is true, S2 is also true and S1 is the cause of S2) is correct because inside a charged conducting sphere, the electric field is zero, and therefore the potential is constant and equal to the surface potential.

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The potential at a point distance

x

\mu \mathrm{m}

) due to some charges situated on the

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V(x)=\frac{20}{x^2-5} \mathrm{V}

. The electric field at

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is given by: A parallel plate capacitor is connected to a 5V battery and charged. The battery is then disconnected and a glass slab is introduced between the plates. Then, the quantities that decrease are A conducting sphere of radius

R

is given a charge

Q

. The electric potential and the electric field at the centre of the sphere respectively are Two capacitors when connected in series have a capacitance of

3\mu F,\,

and when connected in parallel have a capacitance of

16\mu F

. Their individual capacities are Statement-1: If temperature is increased, the dielectric constant of a polar dielectric decreases whereas that of a non-polar dielectric does not change significantly.
Statement-2: The magniude of dipole moment of individual polar molecule decreases significantly with increase in temperature. An electric dipole when placed in a uniform electric field

E

will have minimum potential energy, if the positive direction of dipole moment makes the following angle with

E