(Solved): Here's a phasor diagram for an RLC series circuit with resistance R, inductance L, and capacitance ...

Here's a phasor diagram for an RLC series circuit with resistance $R$, inductance $L$, and capacitance $C$. Use it to answer the next few questions. 7. If you added a second identical capacitor in parallel with the capacitor that's already there, what would happen to the RMS current in the system? a. Increase b. Decrease c. Stay the same d. Pick this answer, I dare you. 8. This circuit, as pictured, can be described (accurately) as which? a. Under capacitive load b. Under inductive load c. Under resistive load d. Under arrest 9. You take this circuit as pictured, but you reduce the frequency by half $\left({?}_{\text{new }}={?}_{\text{old }}/2\right)$ and replace the inductor with an inductor with inductance $2L$. Will the system move toward or away from resonance? a. Toward b. Away from c. Neither; it'll stay where it is d. The system will oscillate around resonance.