Find the power consumption of the circuit

Find the power factor of the load as seen by the voltage source Vs

Find the power dissipated in the resistor

Find the rms voltage across the inductor if R=5500Ω, Xc=5400Ω, XL=3100Ω; both E1 and E2 are 310V with E2 leading E1 by 30° 

Find the effective input impedance (magnitude) of the circuit shown above given that R1=11000Ω, R2=66000Ω, XL=3100Ω and Xc=5400Ω

The above circuit is powered by a 760V AC power supply. Given that R = 5500Ω, XL = 3100Ω and Xc = 5400Ω, find the rms voltage Vm measured by the voltmeter.

Given that R₂ = 8500Ω and X_C = 6800Ω. Find the Thevenin equivalent voltage of the following circuit as seen from the a-a' terminals

Find the magnitude of the equivalent impedance in the following circuit at 72 Hz given that L = 0.177H and C = 15.3μF

This question will remain confidential and will only be shared between your lecturer, lab demos and the lab technician. In case of emergency, staff will know what to do if anything happens. (allergic reaction to latex, epilepsy, stroke, etc)  

It is crucial that as a lab user, you knows where all the health and safety equipment/features are before you actually need them.

Image shows multiple location markers. Match the location marker to the features below.

*hint* you can open the induction pdf and reference from there.