An external agent moves a particle of charge -Q with a constant velocity in a region where an electric dipole exists as shown in the figure. The particle follows three different paths given by I, II, and III. What is the correct order of the work done on the particle by the force with respect to the paths? Note: the red lines in the figure indicate electric field lines while the blue dashed lines indicate the equipotential lines. OA) A) W₁>W>WI B) W₁=W₁=W III C) W₁W₁>W III

icon
Related questions
Question
An external agent moves a particle of
charge
-Q
with a constant velocity in a region where
an electric dipole exists as shown in the
figure. The particle follows three different
paths given by I, II, and III. What is the
correct order of the work done on the
particle by the force with respect to the
paths? Note: the red lines in the figure
indicate electric field lines while the blue
dashed lines indicate the equipotential
lines.
OA) W₁>W>W III
OB) W₁=W=W
09)
W₁<W<W III
OD)
W<W₁<WIII
W>W₁>WIII
O E)
Transcribed Image Text:An external agent moves a particle of charge -Q with a constant velocity in a region where an electric dipole exists as shown in the figure. The particle follows three different paths given by I, II, and III. What is the correct order of the work done on the particle by the force with respect to the paths? Note: the red lines in the figure indicate electric field lines while the blue dashed lines indicate the equipotential lines. OA) W₁>W>W III OB) W₁=W=W 09) W₁<W<W III OD) W<W₁<WIII W>W₁>WIII O E)
Expert Solution
steps

Step by step

Solved in 2 steps

Blurred answer
Similar questions
  • SEE MORE QUESTIONS