-p. El cotha with x = Q2. (a) The interaction energy between electrical dipoles (p) and an homogenous electrical field (
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-p. El cotha with x = Q2. (a) The interaction energy between electrical dipoles (p) and an homogenous electrical field (
-p. El cotha with x = Q2. (a) The interaction energy between electrical dipoles (p) and an homogenous electrical field (E) taking into account thermal fluctuaction is given by: pЕ U(ET) = -p. Ecothx КТ where coth is the hyperbolic cotangent function. (i) What happens to the energy and to the electrical dipoles when the extremely large electrical field is applied? (ii) Derive the Debye-Langevin susceptibility 11 nel
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