A voltage e(t) is applied to the primary circuit at time t = 0, and mutual induction M drives the current i₂(t) in the secondary circuit of Figure 11.10. If, prior to closing the switch, the currents in both circuits are zero, determine the induced current i₂(t) in the secondary circuit at time t when R₁ = 4Ω, R₂ = 10Ω, L₁ = 2 H, L₂ = 8 H, M = 2 H and e(t) = 28 sin 2t V.

Transcribed Image Text:

Figure 11.10 Circuit e(t) t = 0 R i,(t) L M R Ci i(t)