A cube of dielectric material carries an electric polarisation, P, which is constant and directed parallel to one of the cube edges which has a length a. There is no externally : applied field. (i) Calculate the ideal electric dipole moment of this object. That is, the moment as seen from afar. (i) Give a qualitative description of any electric field associated with this object both inside and outside of it. (ii) Suggest a material from which this object might be made. Justify your answer in terms of its atomic scale properties.
A cube of dielectric material carries an electric polarisation, P, which is constant and directed parallel to one of the cube edges which has a length a. There is no externally : applied field. (i) Calculate the ideal electric dipole moment of this object. That is, the moment as seen from afar. (i) Give a qualitative description of any electric field associated with this object both inside and outside of it. (ii) Suggest a material from which this object might be made. Justify your answer in terms of its atomic scale properties.
Related questions
Question
asap plz
Transcribed Image Text:A cube of dielectric material carries an electric polarisation, P, which is constant and
directed parallel to one of the cube edges which has a length a. There is no externally :
applied field.
(i) Calculate the ideal electric dipole moment of this object. That is, the moment as seen
from afar.
(i) Give a qualitative description of any electric field associated with this object both inside
and outside of it.
(ii) Suggest a material from which this object might be made. Justify your answer in terms
of its atomic scale properties.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 4 steps
