I need help with a,b, and c. My professor won't help me and I am helping problem will this problem. Can you label which one is A, B and C, thank you so much Problem 1: Derive Equation 23.11 of the textbook for the field Edipole inthe plane that bisects an electric dipole,Ēdipole1 p4πε 13ને રqelPwhere p is the dipole moment.-8FIG. 1: The scheme for Problem 1a) In Fig. 1, draw the vectors that represent the electric fields Ē, andE-generated in point P by the charges q and -q, respectively. Drawa vector that represents the dipole moment of the system, p. Which(horizontal or vertical) components of the fields Ē, and E_ cancel each other and which components addup? Is the direction of the total field E in point P the same as the direction of p or opposite to it?b) Compute the absolute values of those components of E, and E_ that do not cancel each other anduse them to find the magnitude of the total electric field in point P, |E|. You can use the angle shown inthe diagram, but make sure to express the final answer in terms of r, s, and q.c) Find the limit of El for r»s. What is the magnitude of the dipole moment p? Taking into accountthe directions of vectors E and p, can you reproduce Equation 23.11 of the textbook?

Answered: Image /qna-images/answer/5d2e0073-d591-4607-b864-274ca7510158.jpg

Problem 1: Derive Equation 23.11 of the textbook for the field Edipole in the plane that bisects an electric dipole, Edipole 1 p 4περ 13 3 where p is the dipole moment. a) In Fig. 1, draw the vectors that represent the electric fields E. and

Problem 1: Derive Equation 23.11 of the textbook for the field Edipole in the plane that bisects an electric dipole, Edipole 1 p 4περ 13 3 where p is the dipole moment. a) In Fig. 1, draw the vectors that represent the electric fields E. and

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter19: Electric Forces And Electric Fields

Section: Chapter Questions

Problem 18P

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Electric Charges and Fields

One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.

Question

I need help with a,b, and c. My professor won't help me and I am helping problem will this problem. Can you label which one is A, B and C, thank you so much

Problem 1: Derive Equation 23.11 of the textbook for the field Edipole in
the plane that bisects an electric dipole,
Ēdipole
1 p
4πε 13
ને ર
q
el
P
where p is the dipole moment.
-8
FIG. 1: The scheme for Problem 1
a) In Fig. 1, draw the vectors that represent the electric fields Ē, and
E-generated in point P by the charges q and -q, respectively. Draw
a vector that represents the dipole moment of the system, p. Which
(horizontal or vertical) components of the fields Ē, and E_ cancel each other and which components add
up? Is the direction of the total field E in point P the same as the direction of p or opposite to it?
b) Compute the absolute values of those components of E, and E_ that do not cancel each other and
use them to find the magnitude of the total electric field in point P, |E|. You can use the angle shown in
the diagram, but make sure to express the final answer in terms of r, s, and q.
c) Find the limit of El for r»s. What is the magnitude of the dipole moment p? Taking into account
the directions of vectors E and p, can you reproduce Equation 23.11 of the textbook?

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