Engineering, 10.04.2020 18:37 michelle230

Find the steady-state time-domain quantities for the circuit

We used the node-voltage method in the frequency domain to identify the node voltages: We chose a reference node; wrote a KCL equation at the nonreference node; wrote a constraint equation for the dependent source that defines its controlling variable in terms of the node-voltage phasor; solved the equations simultaneously for the unknown node-voltage phasor and constrained current phasor; and calculated the current phasor through the inductive impedance. The final step is to use the inverse phasor-transform operation to transform the phasor voltage and current values in the frequency domain to the steady-state voltage and current values in the time domain.

Express your answers to three significant figures, separated by a comma. Note that all angles entered will be considered to be in degrees

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Find the steady-state time-domain quantities for the circuit

We used the node-voltage me...