1. For the following 120/240 VC, 1 phase, 3 wiring system, a) Draw the circuit (3...

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1. For the following 120/240 VẠC, 1 phase, 3 wiring system, a) Draw the circuit (3 points). b) Calculate the current draw by individual loads (2 points). c) Calculate the loads (i.e., VA) on the A and B phases (assume pf =1) (2 points). d) Total the loads (2 points). e) Calculate the current on the neutral (1 point). 120/240 VAC, 1 phase, 3 wire: Load A: +800VA, 120VAC, 1 phase load A to N. Load B: +1,450VA, 120VAC, 1 phase load B to N. Load C: +2,400VA, 240VAC, 1 phase load A to B. Load D: +1,500VA, 120VAC, 1 phase load A to N. Load E: +750VA, 120VAC, 1 phase load B to N. 1. For the following 120/240 VẠC, 1 phase, 3 wiring system, a) Draw the circuit (3 points). b) Calculate the current draw by individual loads (2 points). c) Calculate the loads (i.e., VA) on the A and B phases (assume pf =1) (2 points). d) Total the loads (2 points). e) Calculate the current on the neutral (1 point). 120/240 VAC, 1 phase, 3 wire: Load A: +800VA, 120VAC, 1 phase load A to N. Load B: +1,450VA, 120VAC, 1 phase load B to N. Load C: +2,400VA, 240VAC, 1 phase load A to B. Load D: +1,500VA, 120VAC, 1 phase load A to N. Load E: +750VA, 120VAC, 1 phase load B to N.

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