(Solved): 6. The phase angle between the two voltage 80= o* 180 None of the alowe Refer to the circuit is Fig ...

6. The phase angle between the two voltage $80=$ o* 180 None of the alowe Refer to the circuit is Figure $1/1$ and answer the followisg: 1. How many podes are in the circait? 7 The angular frequency of the stopplied power to the circuit I Figure 1.4h is $\begin{array}{l}y=2\pi f\\ =\frac{4y}{20}\\ \frac{2\pi c}{20}\end{array}$ 2. The active clement(s) in the circuit is $2-\mathrm{V}$ source is I-V source are $\mathrm{I}-\mathrm{V}$ source and the element None of the above 3. The element in the circuit is a DC Motor resistor capacitor or an inductor Unknown 4. The equivalent resixtance of the circuit in Figare $1\mathrm{g}$ is 9. We consider that OpAmp in Figure 1.5 is as ideal Than 8. The impedance of the circuit in Figure $1++$ consists of $M$ resistance. (11) resistance and capacitance. Pigure 1.t $2\pi ft$ $2\pi /f$ $2\pi f$ None of the above resistance and inductance Nonc of the atrove $\mathrm{i}+\mathrm{i}-\mathrm{i}=0\mathrm{N}$ $\epsilon =\mathrm{e}+\mathrm{c}=0\mathrm{V}$ i Hix bandwidth is infinite All of the above Figure1.5 $6/10\Omega$ $49\Omega$ $10/6\Omega$ None of the above 10. Consider the circuit in Figure 1.6. When ${\mathrm{V}}_{\text{in }}=15\mathrm{V}$, the voltage ${\mathrm{V}}_{\text{s. }}$ is 5. The equivalent resistance $R$ at terminals $A-B$ of figure 1 is is: Figure 1.3 Less than $6\mathrm{K}\Omega$ More than $2k\Omega$ Between $2\mathrm{K}\Omega$ and $6\mathrm{K}\Omega$ all of the above.