Answered: 2. Obtain differential equations for… | bartleby

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2. Obtain differential equations for the circuit in Figure 1.2 in terms of i, (t) and
iz (t). (One for loop 1 and one for loop 2)
C2
R1
C1
i (1)
iz(1)
L2
+,
v(t)
R2
Fig. 1.2 Electric circuit.
HE

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