Solving Solid State Problem: Find ε'(ω) & ε''(ω)

[yoyaaaaaaa]

Homework Statement

please can anyone answer this question

consider the parallel arrangement of the following two circuit branches , one branch consists of a capacitor C1 , the other of a capacitor C2 series with resistance R . show that this circuit is equivalent to a capacitor with a dielectric satisfying Dybe equation ( ε'(ω) and ε''(ω)). Find them

i got total impedence but i can't extract ε'(ω) and ε''(ω)

please share ur ideas

 

[Gokul43201]

Please first show us what you've got so far. (read the Guidelines)

 

[yoyaaaaaaa]

i made Z(total)= 1/jωC2//(1/jωC2+R) then i got real part of Z +imaginary part of Z but it must be equivalent to a capacitor has real part and imaginary part

and up to this step i couldn't find ε'(ω) and ε''(ω)

 

[Gokul43201]

Can you write down what you get for Re(Z) and Im(Z) as well as the Debye relation?