3- Assume all lamps in you: house are of incandescent type (60 W) and they are...

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3- Assume all lamps in you: house are of incandescent type (60 W) and they are all uned on at the same time together with a single-phase AC motor being operated .n your property e g. your washing machine, swimming pool pump, ducted heater fan, etc) Use the typica: per orman es specs for the motor of your chcice if you cannot find the exact values (i e. usua..y provided on a little metal plate attached to the motor/device or engraved on the motor). For simplicity, assume only one motor being operated for this question and not multiple ones at a time. With these assumptions: . . Calculate the active and reactive power drawn by the entire incandescent lamps in your place. Calculate the active and reactive power drawn by the AC motor. Calculate the total active, reactive, and apparent power drawn by the incandescent lamps and A motor in your place. Draw a power triangle for your place and show its operating power factor angle. Note: Answering this question takes in-depth study of the lecture notes and beyond (i.e. mostly building up on the materials mentioned in the class). The question is framed in real life terms rather than being an academic e ercise only; hence, a good answer needs you make some engineering 3- Assume all lamps in you: house are of incandescent type (60 W) and they are all uned on at the same time together with a single-phase AC motor being operated .n your property e g. your washing machine, swimming pool pump, ducted heater fan, etc) Use the typica: per orman es specs for the motor of your chcice if you cannot find the exact values (i e. usua..y provided on a little metal plate attached to the motor/device or engraved on the motor). For simplicity, assume only one motor being operated for this question and not multiple ones at a time. With these assumptions: . . Calculate the active and reactive power drawn by the entire incandescent lamps in your place. Calculate the active and reactive power drawn by the AC motor. Calculate the total active, reactive, and apparent power drawn by the incandescent lamps and A motor in your place. Draw a power triangle for your place and show its operating power factor angle. Note: Answering this question takes in-depth study of the lecture notes and beyond (i.e. mostly building up on the materials mentioned in the class). The question is framed in real life terms rather than being an academic e ercise only; hence, a good answer needs you make some engineering