What is the Susceptibility of a Linear Dielectric Material?

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The discussion centers on calculating the susceptibility of a linear dielectric material given that its electric field is 38% less than that of a vacuum under the same external sources. The user attempted to find the susceptibility using the relationship between polarization and electric fields, arriving at a value of 1.61. There is some confusion regarding the polarization in a vacuum, with questions raised about which fields remain constant when free charge sources are unchanged. Clarification is sought on the correct interpretation of these relationships in the context of dielectric materials. The conversation highlights the complexities involved in understanding dielectric properties and their calculations.
jackxxny
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Homework Statement


I have a linear dielectric material. The electric field in the material is 38% less than a vacuum field with the same external sources. I need to find the susceptibility of the material?

Homework Equations



I used
P=\epsilon\chi(vacuum)E
P=\epsilon\chi(material).62E

The Attempt at a Solution


i did the ratio of the 2 and i found

\chi(material)= 1.61

is this correct?
 
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jackxxny said:
i did the ratio of the 2 and i found

\chi(material)= 1.61

is this correct?

I'm not sure what you mean here.. the polarization in vacuum should be zero shouldn't it? What field stays the same when the free charge sources are unchanged? Electric field ? Displacement field? Polarization?
 

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