2. A ring shaped conductor with radius a charge tq uniformly distributed around it find the electric field at a point o that lies on the axir of the ring a distance y from the center. a.) Find the electric field at a point P that lies on the axin of 1 from the center. the ring a distance b.) Examine the limit as y>> a, what happens to the electric field at distances very far from the center of the ring? ? C.) Also, show how the electric field behaver at the center of the ring.
2. A ring shaped conductor with radius a charge tq uniformly distributed around it find the electric field at a point o that lies on the axir of the ring a distance y from the center. a.) Find the electric field at a point P that lies on the axin of 1 from the center. the ring a distance b.) Examine the limit as y>> a, what happens to the electric field at distances very far from the center of the ring? ? C.) Also, show how the electric field behaver at the center of the ring.
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![2. A ring shaped conductor with radius a charge to uniformly distributed
around it find the electric field at a point o that lies on the axir of the ring
a distance y from the center.
a.) Find the electric field at a point P that lies on the axin of
1 from the center.
the ring a distance
b.) Examine the limit as y>> a, what happens to the electric field at distances
very far from
the center
of
the
ring?
C.) Also, show how the electric field behaver at the center
of
the ring.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa822ad20-0326-4026-96a3-fb5a29fa48f6%2F9cf8e0f8-97a7-464e-a841-a955a17d8ceb%2Ftw1xsj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. A ring shaped conductor with radius a charge to uniformly distributed
around it find the electric field at a point o that lies on the axir of the ring
a distance y from the center.
a.) Find the electric field at a point P that lies on the axin of
1 from the center.
the ring a distance
b.) Examine the limit as y>> a, what happens to the electric field at distances
very far from
the center
of
the
ring?
C.) Also, show how the electric field behaver at the center
of
the ring.
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