9000035809 Parte: ADado el número complejo \(z = -1 + \mathrm{i}\), determina la forma polar de \(z^{6}\).\(\frac{\pi } {2}\)\(\frac{3\pi } {2}\)\(\frac{3\pi } {4}\)\(\frac{7\pi } {4}\)
9000037403 Parte: ADado \(z = \sqrt{3}\left (\cos \frac{\pi }{3} + \mathrm{i}\sin \frac{\pi }{3}\right )\), calcula \(z^{4}\).\(-\frac{9} {2} -\frac{9\mathrm{i}\sqrt{3}} {2} \)\(\frac{9} {2} + \frac{9\mathrm{i}\sqrt{3}} {2} \)\(\frac{3} {2}\)\(-\frac{3} {2}\)
9000037404 Parte: ADado \(z = \sqrt{2}\left (\cos \frac{\pi }{3} -\mathrm{i}\sin \frac{\pi }{3}\right )\), determina \(z^{2}\).\(- 1 -\mathrm{i}\sqrt{3}\)\(1 + \mathrm{i}\sqrt{3}\)\(- 2 -\mathrm{i}\sqrt{2}\)\(2 + \mathrm{i}\sqrt{2}\)
9000037405 Parte: ACalcula \(\left (1 + \mathrm{i}\right )^{7}\).\(8 - 8\mathrm{i}\)\(7 - 7\mathrm{i}\)\(1\)\(-\mathrm{i}\)
9000037406 Parte: ACalcula \(\left (\cos \frac{\pi }{4} + \mathrm{i}\sin \frac{\pi }{4}\right )^{40}\).\(1\)\(1 + \mathrm{i}\)\(\mathrm{i}\)\(1 -\mathrm{i}\)
9000037407 Parte: ACalcula \(\left (\cos \frac{\pi }{2} + \mathrm{i}\sin \frac{\pi }{2}\right )^{13}\).\(\mathrm{i}\)\(1 + 2\mathrm{i}\)\(1 -\mathrm{i}\)\(1\)
9000037410 Parte: ACalcula \(\left (1 -\mathrm{i}\right )^{3}\).\(- 2 - 2\mathrm{i}\)\(2 + 2\mathrm{i}\)\(1 + \mathrm{i}\)\(\mathrm{i}\)
9000070101 Parte: ACalcula el siguiente número complejo. \[ \left (\cos \frac{\pi } {4} + \mathrm{i}\sin \frac{\pi } {4}\right )^{3} \]\(-\frac{\sqrt{2}} {2} + \mathrm{i}\frac{\sqrt{2}} {2} \)\(-\frac{\sqrt{2}} {2} -\mathrm{i}\frac{\sqrt{2}} {2} \)\(\frac{\sqrt{2}} {2} -\mathrm{i}\frac{\sqrt{2}} {2} \)\(\frac{\sqrt{2}} {2} + \mathrm{i}\frac{\sqrt{2}} {2} \)
9000070102 Parte: ACalcula el siguiente número complejo. \[ \left (\cos \frac{\pi } {3} + \mathrm{i}\sin \frac{\pi } {3}\right )^{10} \]\(-\frac{1} {2} -\mathrm{i}\frac{\sqrt{3}} {2} \)\(-\frac{\sqrt{3}} {2} -\frac{1} {2}\mathrm{i}\)\(-\frac{\sqrt{3}} {2} + \frac{1} {2}\mathrm{i}\)\(-\frac{1} {2} + \mathrm{i}\frac{\sqrt{3}} {2} \)