Find the steady-state current i in the circuit shown in the figure when vs(t)=10cos(200t) Vvst=10cos200t V . ### Problem StatementFind the steady-state current \( i \) in the circuit shown in the figure when \( v_s(t) = 10 \cos(200t) \, V \).### Circuit DescriptionThe circuit includes:- A source voltage \( v_s \) represented by \( 10 \Omega \).- A 10-ohm resistor.- A 5 mF (millifarad) capacitor.- A 20 mH (millihenry) inductor.The circuit is in a series configuration, with the current \( i \) flowing from the voltage source through the resistor, capacitor, and inductor.### TaskCalculate the steady-state current \( i \) in the circuit.### Solution FormatThe steady-state current \( i \) in the circuit is given in the form:\[ i = \_\_\_ \cos(200t + (\_\_\_ ^{\circ})) \, \text{A} \]Fill in the blanks with the relevant numerical values as per your calculation.

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