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Determine the equivalent impedance seen by the source VS in the given circuit when: Vs(t) = 10 cos⁡(4000t + 60∘)V L = 320 mH R1 = 824 Ω R2 = 584 Ω C = 70 nF The equivalent impedance seen by the source is Zeq = ∠ Ω.

Determine the equivalent impedance seen by the source VS in the given circuit when: Vs(t) = 10 cos⁡(4000t + 60∘)V L = 320 mH R1 = 824 Ω R2 = 584 Ω C = 70 nF The equivalent impedance seen by the source is Zeq = ∠ Ω.

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Determine the equivalent impedance seen by the source V S in the given circuit when:
V s ( t ) = 10 cos ⁡ ( 4000 t + 60 ∘ ) V L = 320 mH R 1 = 824 Ω R 2 = 584 Ω C = 70 nF
The equivalent impedance seen by the source is Z eq = ◻ ∠ ◻ Ω .

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