A three-phase positive-sequence balanced power system with v(t) = 40002 sin(c.t) is supplying a three-phase, symmetrical,...

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A three-phase positive-sequence balanced power system with v(t) = 4000√2 sin(c.t) is supplying a three-phase, symmetrical, Y-connected, 100kVA load, having a power factor of 1 lagging. Write a MATLAB® program to plot, for two complete periods, the √2 waveforms of: a) the phase voltage v₂ (w.t). b) the line voltage vi(w.t). c) the current i, (w.t) d) the instantaneous power p. (w.t) Note: each plot must include at least 1000 points. (8 marks) A three-phase positive-sequence balanced power system with v(t) = 4000√2 sin(c.t) is supplying a three-phase, symmetrical, Y-connected, 100kVA load, having a power factor of 1 lagging. Write a MATLAB® program to plot, for two complete periods, the √2 waveforms of: a) the phase voltage v₂ (w.t). b) the line voltage vi(w.t). c) the current i, (w.t) d) the instantaneous power p. (w.t) Note: each plot must include at least 1000 points. (8 marks)

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Sure Heres a MATLAB program that plots the requested waveforms for a threephase positivesequence bal... View the full answer