The graph shows the potential energy of an electric dipole that oscillates between ± 60°. What is dipoles kinetic energy (in μ J ) when it is aligned with the field.

Question

The graph shows the potential energy of an electric dipole that oscillates between ± 60°. What is dipoles kinetic energy (in μ J ) when it is aligned with the field. (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

Work done by electric field in the process is PE cos 60° From graphs PE =2 μ J W =Δ KE =1 μ J

Q. The graph shows the potential energy of an electric dipole that oscillates between $\pm 6 0^{\circ}$ . What is dipoles kinetic energy (in $μ J$ ) when it is aligned with the field.

Work done by electric field in the process is $PE cos 6 0^{\circ}$ From graphs
$PE = 2 μ J$
$W = Δ K E = 1 μ J$

Q. The graph shows the potential energy of an electric dipole that oscillates between ±60∘. What is dipoles kinetic energy (in μJ ) when it is aligned with the field.

Work done by electric field in the process is PEcos60∘ From graphs PE=2μJ W=ΔKE=1μJ

Q. The graph shows the potential energy of an electric dipole that oscillates between $\pm 6 0^{\circ}$ . What is dipoles kinetic energy (in $μ J$ ) when it is aligned with the field.

Work done by electric field in the process is $PE cos 6 0^{\circ}$ From graphs
$PE = 2 μ J$
$W = Δ K E = 1 μ J$