c) Suppose we have two dipoles in the arrangement shown below with the positive charges a distance ±s from the negative charges. Find an expression for the net potential at a Draw a point on the y-axis. This configuration is often called a linear electric quadrupole. diagram and label all your distances to some point on the y-axis. y -2g
c) Suppose we have two dipoles in the arrangement shown below with the positive charges a distance ±s from the negative charges. Find an expression for the net potential at a Draw a point on the y-axis. This configuration is often called a linear electric quadrupole. diagram and label all your distances to some point on the y-axis. y -2g
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![Suppose we have two dipoles in the arrangement shown below with the positive
c)
charges a distance ±s from the negative charges. Find an expression for the net potential at a
point on the y-axis. This configuration is often called a linear electric quadrupole.
diagram
Draw a
and label all your distances to some point on the y-axis.
y
-29
d)
Give your answer in terms of the quadrupole moment Q = 2qs²
Find an expression for the electric potential on the y axis for distances where y » s.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbcef1735-8b71-4d68-98b4-6954eb8e86bf%2F8437ee79-0e7f-4c16-bf8e-4302987a4ff1%2Fgg65gfy_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Suppose we have two dipoles in the arrangement shown below with the positive
c)
charges a distance ±s from the negative charges. Find an expression for the net potential at a
point on the y-axis. This configuration is often called a linear electric quadrupole.
diagram
Draw a
and label all your distances to some point on the y-axis.
y
-29
d)
Give your answer in terms of the quadrupole moment Q = 2qs²
Find an expression for the electric potential on the y axis for distances where y » s.
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