The three loads in the circuit seen in Fig. P10.26 are described as follows: Load 1...

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The three loads in the circuit seen in Fig. P10.26 are described as follows: Load 1 is absorbing 1.8 kW and 600 VAR; Load 2 is absorbing 1.5 kVA at a power factor of 0.8 leading; Load 3 is a 12 resistor in par- allel with an inductance whose reactance is 48 2. a) Calculate the average power and the magnetiz- ing reactive power delivered by each source if V₂ gl = Vg2 = 120/0° V (rms). b. Check your calculations by showing your results are consistent with the requirements Figure P10.26 81 V₂ 82 + + Σ Pdev = Σ Pabs; Σ Σ Qdev = Σ Qabs. L₁ 12 S L3 The three loads in the circuit seen in Fig. P10.26 are described as follows: Load 1 is absorbing 1.8 kW and 600 VAR; Load 2 is absorbing 1.5 kVA at a power factor of 0.8 leading; Load 3 is a 12 resistor in par- allel with an inductance whose reactance is 48 2. a) Calculate the average power and the magnetiz- ing reactive power delivered by each source if V₂ gl = Vg2 = 120/0° V (rms). b. Check your calculations by showing your results are consistent with the requirements Figure P10.26 81 V₂ 82 + + Σ Pdev = Σ Pabs; Σ Σ Qdev = Σ Qabs. L₁ 12 S L3