Physics, asked by hala3641, 7 months ago

An electric dipole of moment P ⃗ is placed in a uniform
electric field E ⃗ such that P ⃗ points along E ⃗ . If the dipole
is slightly rotated about an axis perpendicular to the plane
containing E ⃗ and P ⃗ and passing through the centre of
the dipole, the dipole executes simple harmonic motion.
Consider I to be the moment of inertia of the dipole about
the axis of rotation. What is the time period of such
oscillation?
(a) √(pE/ I) (b) 2π √(I / pE)
(c) 2π √(I / 2pE) (d) None of these

Answers

Answered by yashwanthyedla2007

Explanation:

An electric dipole of moment P ⃗ is placed in a uniform

electric field E ⃗ such that P ⃗ points along E ⃗ . If the dipole

is slightly rotated about an axis perpendicular to the plane

containing E ⃗ and P ⃗ and passing through the centre of

the dipole, the dipole executes simple harmonic motion.

Consider I to be the moment of inertia of the dipole about

the axis of rotation. What is the time period of such

oscillation?

(a) √(pE/ I) (b) 2π √(I / pE)

Answered by Anonymous

Answer:

$\huge\underline\red{Answer}$

$\huge\fbox\green{option (b)}$

$<body bgcolor=pink><marquee direction="up"><font=$

hope it help uh ## keep smile:)

Previous Question

Next Question

Similar questions

Biology, 3 months ago

India Languages, 3 months ago

Social Sciences, 3 months ago

English, 7 months ago

Physics, 7 months ago

Chemistry, 10 months ago

Physics, 10 months ago

Chemistry, 10 months ago