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3. Assume the switch is initially open at t=0sec and the inductor is at steady state. R1 = 220Ω; R2 = 220Ω; R3 = 330Ω; L1 = L2 = 700mH; and I₁ = 100mA; (a) What order of differential equation is expected? (b) For t>0, are the inductors charging or discharging? (c) Determine the equivalent inductance of L₁ and L2. Find and write the differential equation (in variable form) for the current through the equivalent inductor. Show final answer here and show your work in the space provided. (d) Find the time constant (τ) (e) Find the current through the equivalent Inductor at steady state Space for Work:

          3. Assume the switch is initially open at t=0sec and the inductor is at steady state.
R1 = 220Ω; R2 = 220Ω; R3 = 330Ω; L1 = L2 = 700mH; and I₁ = 100mA;
(a) What order of differential equation is expected?
(b) For t>0, are the inductors charging or discharging?
(c) Determine the equivalent inductance of L₁ and L2. Find and write the differential
equation (in variable form) for the current through the equivalent inductor. Show
final answer here and show your work in the space provided.
(d) Find the time constant (τ)
(e) Find the current through the equivalent Inductor at steady state
Space for Work:

3 assume the switch is initially open at t0sec and the inductor is at steady state r1 220 r2 220 r3 330 l1 l2 700mh and i1 100ma a what order of differential equation is expected b for t0 ar 53637

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