Precálculo Ejemplos

$1 z = 2 (\cos (34) + i \sin (34))$ , $2 z = 5 (\cos (10) + i \sin (10))$

Paso 1

Simplifica el lado izquierdo.

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Paso 1.1

Multiplica $z$ por $1$ .

$z = 2 (\cos (34) + i \sin (34))$

$2 z = 5 (\cos (10) + i \sin (10))$

$z = 2 (\cos (34) + i \sin (34))$

$2 z = 5 (\cos (10) + i \sin (10))$

Paso 2

Simplifica el lado derecho.

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Paso 2.1

Simplifica $2 (\cos (34) + i \sin (34))$ .

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Paso 2.1.1

Simplifica cada término.

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Paso 2.1.1.1

Evalúa $\cos (34)$ .

$z = 2 (0.82903757 + i \sin (34))$

$2 z = 5 (\cos (10) + i \sin (10))$

Paso 2.1.1.2

Evalúa $\sin (34)$ .

$z = 2 (0.82903757 + i \cdot 0.5591929)$

$2 z = 5 (\cos (10) + i \sin (10))$

Paso 2.1.1.3

Mueve $0.5591929$ a la izquierda de $i$ .

$z = 2 (0.82903757 + 0.5591929 i)$

$2 z = 5 (\cos (10) + i \sin (10))$

$z = 2 (0.82903757 + 0.5591929 i)$

$2 z = 5 (\cos (10) + i \sin (10))$

Paso 2.1.2

Simplifica mediante la multiplicación.

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Paso 2.1.2.1

Aplica la propiedad distributiva.

$z = 2 \cdot 0.82903757 + 2 (0.5591929 i)$

$2 z = 5 (\cos (10) + i \sin (10))$

Paso 2.1.2.2

Multiplica.

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Paso 2.1.2.2.1

Multiplica $2$ por $0.82903757$ .

$z = 1.65807514 + 2 (0.5591929 i)$

$2 z = 5 (\cos (10) + i \sin (10))$

Paso 2.1.2.2.2

Multiplica $0.5591929$ por $2$ .

$z = 1.65807514 + 1.1183858 i$

$2 z = 5 (\cos (10) + i \sin (10))$

$z = 1.65807514 + 1.1183858 i$

$2 z = 5 (\cos (10) + i \sin (10))$

$z = 1.65807514 + 1.1183858 i$

$2 z = 5 (\cos (10) + i \sin (10))$

$z = 1.65807514 + 1.1183858 i$

$2 z = 5 (\cos (10) + i \sin (10))$

$z = 1.65807514 + 1.1183858 i$

$2 z = 5 (\cos (10) + i \sin (10))$

Paso 3

Simplifica.

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Paso 3.1

Evalúa $\sin (10)$ .

$2 z = 5 (\cos (10) + i \cdot 0.17364817)$

$z = 1.65807514 + 1.1183858 i$

Paso 3.2

Mueve $0.17364817$ a la izquierda de $i$ .

$2 z = 5 (\cos (10) + 0.17364817 \cdot i)$

$z = 1.65807514 + 1.1183858 i$

Paso 3.3

Evalúa $\cos (10)$ .

$2 z = 5 (0.98480775 + 0.17364817 i)$

$z = 1.65807514 + 1.1183858 i$

Paso 3.4

Aplica la propiedad distributiva.

$2 z = 5 \cdot 0.98480775 + 5 (0.17364817 i)$

$z = 1.65807514 + 1.1183858 i$

Paso 3.5

Multiplica $5$ por $0.98480775$ .

$2 z = 4.92403876 + 5 (0.17364817 i)$

$z = 1.65807514 + 1.1183858 i$

Paso 3.6

Multiplica $0.17364817$ por $5$ .

$2 z = 4.92403876 + 0.86824088 i$

$z = 1.65807514 + 1.1183858 i$

$2 z = 4.92403876 + 0.86824088 i$

$z = 1.65807514 + 1.1183858 i$

Paso 4

Divide cada término en $2 z = 4.92403876 + 0.86824088 i$ por $2$ y simplifica.

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Paso 4.1

Divide cada término en $2 z = 4.92403876 + 0.86824088 i$ por $2$ .

$\frac{2 z}{2} = \frac{4.92403876}{2} + \frac{0.86824088 i}{2}$

$z = 1.65807514 + 1.1183858 i$

Paso 4.2

Simplifica el lado izquierdo.

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Paso 4.2.1

Cancela el factor común de $2$ .

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Paso 4.2.1.1

Cancela el factor común.

$\frac{2 z}{2} = \frac{4.92403876}{2} + \frac{0.86824088 i}{2}$

$z = 1.65807514 + 1.1183858 i$

Paso 4.2.1.2

Divide $z$ por $1$ .

$z = \frac{4.92403876}{2} + \frac{0.86824088 i}{2}$

$z = 1.65807514 + 1.1183858 i$

$z = \frac{4.92403876}{2} + \frac{0.86824088 i}{2}$

$z = 1.65807514 + 1.1183858 i$

$z = \frac{4.92403876}{2} + \frac{0.86824088 i}{2}$

$z = 1.65807514 + 1.1183858 i$

Paso 4.3

Simplifica el lado derecho.

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Paso 4.3.1

Simplifica cada término.

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Paso 4.3.1.1

Divide $4.92403876$ por $2$ .

$z = 2.46201938 + \frac{0.86824088 i}{2}$

$z = 1.65807514 + 1.1183858 i$

Paso 4.3.1.2

Factoriza $0.86824088$ de $0.86824088 i$ .

$z = 2.46201938 + \frac{0.86824088 (i)}{2}$

$z = 1.65807514 + 1.1183858 i$

Paso 4.3.1.3

Factoriza $2$ de $2$ .

$z = 2.46201938 + \frac{0.86824088 (i)}{2 (1)}$

$z = 1.65807514 + 1.1183858 i$

Paso 4.3.1.4

Separa las fracciones.

$z = 2.46201938 + \frac{0.86824088}{2} \cdot \frac{i}{1}$

$z = 1.65807514 + 1.1183858 i$

Paso 4.3.1.5

Divide $0.86824088$ por $2$ .

$z = 2.46201938 + 0.43412044 (\frac{i}{1})$

$z = 1.65807514 + 1.1183858 i$

Paso 4.3.1.6

Divide $i$ por $1$ .

$z = 2.46201938 + 0.43412044 i$

$z = 1.65807514 + 1.1183858 i$

$z = 2.46201938 + 0.43412044 i$

$z = 1.65807514 + 1.1183858 i$

$z = 2.46201938 + 0.43412044 i$

$z = 1.65807514 + 1.1183858 i$

$z = 2.46201938 + 0.43412044 i$

$z = 1.65807514 + 1.1183858 i$

Paso 5

Como las raíces de una ecuación son los puntos en los que la solución es $0$ , establece cada raíz como un factor de la ecuación que sea igual a $0$ .

$(z - (1.65807514 + 1.1183858 i)) (z - (1.65807514 - 1.1183858 i)) (z - (2.46201938 + 0.43412044 i)) (z - (2.46201938 - 0.43412044 i)) = 0$

Paso 6

Simplifica.

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Paso 6.1

Expande $(z - 1.65807514 - 1.1183858 i) (z - 1.65807514 + 1.1183858 i)$ mediante la multiplicación de cada término de la primera expresión por cada término de la segunda expresión.

$(z \cdot z + z \cdot - 1.65807514 + z (1.1183858 i) - 1.65807514 z - 1.65807514 \cdot - 1.65807514 - 1.65807514 (1.1183858 i) - 1.1183858 i z - 1.1183858 i \cdot - 1.65807514 - 1.1183858 i (1.1183858 i)) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2

Simplifica los términos.

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Paso 6.2.1

Combina los términos opuestos en $z \cdot z + z \cdot - 1.65807514 + z (1.1183858 i) - 1.65807514 z - 1.65807514 \cdot - 1.65807514 - 1.65807514 (1.1183858 i) - 1.1183858 i z - 1.1183858 i \cdot - 1.65807514 - 1.1183858 i (1.1183858 i)$ .

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Paso 6.2.1.1

Reordena los factores en los términos $z (1.1183858 i)$ y $- 1.1183858 i z$ .

$(z \cdot z + z \cdot - 1.65807514 + 1.1183858 i z - 1.65807514 z - 1.65807514 \cdot - 1.65807514 - 1.65807514 (1.1183858 i) - 1.1183858 i z - 1.1183858 i \cdot - 1.65807514 - 1.1183858 i (1.1183858 i)) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.1.2

Resta $1.1183858 i z$ de $1.1183858 i z$ .

$(z \cdot z + z \cdot - 1.65807514 + 0 i z - 1.65807514 z - 1.65807514 \cdot - 1.65807514 - 1.65807514 (1.1183858 i) - 1.1183858 i \cdot - 1.65807514 - 1.1183858 i (1.1183858 i)) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2

Simplifica cada término.

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Paso 6.2.2.1

Multiplica $z$ por $z$ .

$(z^{2} + z \cdot - 1.65807514 + 0 i z - 1.65807514 z - 1.65807514 \cdot - 1.65807514 - 1.65807514 (1.1183858 i) - 1.1183858 i \cdot - 1.65807514 - 1.1183858 i (1.1183858 i)) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2.2

Mueve $- 1.65807514$ a la izquierda de $z$ .

$(z^{2} - 1.65807514 \cdot z + 0 i z - 1.65807514 z - 1.65807514 \cdot - 1.65807514 - 1.65807514 (1.1183858 i) - 1.1183858 i \cdot - 1.65807514 - 1.1183858 i (1.1183858 i)) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2.3

Multiplica $0$ por $i$ .

$(z^{2} - 1.65807514 z + 0 z - 1.65807514 z - 1.65807514 \cdot - 1.65807514 - 1.65807514 (1.1183858 i) - 1.1183858 i \cdot - 1.65807514 - 1.1183858 i (1.1183858 i)) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2.4

Multiplica $0$ por $z$ .

$(z^{2} - 1.65807514 z + 0 - 1.65807514 z - 1.65807514 \cdot - 1.65807514 - 1.65807514 (1.1183858 i) - 1.1183858 i \cdot - 1.65807514 - 1.1183858 i (1.1183858 i)) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2.5

Multiplica $- 1.65807514$ por $- 1.65807514$ .

$(z^{2} - 1.65807514 z + 0 - 1.65807514 z + 2.74921318 - 1.65807514 (1.1183858 i) - 1.1183858 i \cdot - 1.65807514 - 1.1183858 i (1.1183858 i)) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2.6

Multiplica $1.1183858$ por $- 1.65807514$ .

$(z^{2} - 1.65807514 z + 0 - 1.65807514 z + 2.74921318 - 1.8543677 i - 1.1183858 i \cdot - 1.65807514 - 1.1183858 i (1.1183858 i)) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2.7

Multiplica $- 1.65807514$ por $- 1.1183858$ .

$(z^{2} - 1.65807514 z + 0 - 1.65807514 z + 2.74921318 - 1.8543677 i + 1.8543677 i - 1.1183858 i (1.1183858 i)) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2.8

Multiplica $- 1.1183858 i (1.1183858 i)$ .

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Paso 6.2.2.8.1

Multiplica $1.1183858$ por $- 1.1183858$ .

$(z^{2} - 1.65807514 z + 0 - 1.65807514 z + 2.74921318 - 1.8543677 i + 1.8543677 i - 1.25078681 i i) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2.8.2

Eleva $i$ a la potencia de $1$ .

$(z^{2} - 1.65807514 z + 0 - 1.65807514 z + 2.74921318 - 1.8543677 i + 1.8543677 i - 1.25078681 (i i)) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2.8.3

Eleva $i$ a la potencia de $1$ .

$(z^{2} - 1.65807514 z + 0 - 1.65807514 z + 2.74921318 - 1.8543677 i + 1.8543677 i - 1.25078681 (i i)) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2.8.4

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$(z^{2} - 1.65807514 z + 0 - 1.65807514 z + 2.74921318 - 1.8543677 i + 1.8543677 i - 1.25078681 i^{1 + 1}) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2.8.5

Suma $1$ y $1$ .

$(z^{2} - 1.65807514 z + 0 - 1.65807514 z + 2.74921318 - 1.8543677 i + 1.8543677 i - 1.25078681 i^{2}) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2.9

Reescribe $i^{2}$ como $- 1$ .

$(z^{2} - 1.65807514 z + 0 - 1.65807514 z + 2.74921318 - 1.8543677 i + 1.8543677 i - 1.25078681 \cdot - 1) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.2.10

Multiplica $- 1.25078681$ por $- 1$ .

$(z^{2} - 1.65807514 z + 0 - 1.65807514 z + 2.74921318 - 1.8543677 i + 1.8543677 i + 1.25078681) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.3

Simplifica mediante la adición de términos.

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Paso 6.2.3.1

Combina los términos opuestos en $z^{2} - 1.65807514 z + 0 - 1.65807514 z + 2.74921318 - 1.8543677 i + 1.8543677 i + 1.25078681$ .

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Paso 6.2.3.1.1

Suma $z^{2} - 1.65807514 z$ y $0$ .

$(z^{2} - 1.65807514 z - 1.65807514 z + 2.74921318 - 1.8543677 i + 1.8543677 i + 1.25078681) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.3.1.2

Suma $- 1.8543677 i$ y $1.8543677 i$ .

$(z^{2} - 1.65807514 z - 1.65807514 z + 2.74921318 + 0 i + 1.25078681) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.3.2

Simplifica la expresión.

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Paso 6.2.3.2.1

Multiplica $0$ por $i$ .

$(z^{2} - 1.65807514 z - 1.65807514 z + 2.74921318 + 0 + 1.25078681) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.3.2.2

Suma $z^{2} - 1.65807514 z - 1.65807514 z + 2.74921318$ y $0$ .

$(z^{2} - 1.65807514 z - 1.65807514 z + 2.74921318 + 1.25078681) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.3.3

Resta $1.65807514 z$ de $- 1.65807514 z$ .

$(z^{2} - 3.31615029 z + 2.74921318 + 1.25078681) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.2.3.4

Suma $2.74921318$ y $1.25078681$ .

$(z^{2} - 3.31615029 z + 4) (z - 2.46201938 - 0.43412044 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.3

Expande $(z^{2} - 3.31615029 z + 4) (z - 2.46201938 - 0.43412044 i)$ mediante la multiplicación de cada término de la primera expresión por cada término de la segunda expresión.

$(z^{2} z + z^{2} \cdot - 2.46201938 + z^{2} (- 0.43412044 i) - 3.31615029 z \cdot z - 3.31615029 z \cdot - 2.46201938 - 3.31615029 z (- 0.43412044 i) + 4 z + 4 \cdot - 2.46201938 + 4 (- 0.43412044 i)) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.4

Simplifica los términos.

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Paso 6.4.1

Simplifica cada término.

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Paso 6.4.1.1

Multiplica $z^{2}$ por $z$ sumando los exponentes.

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Paso 6.4.1.1.1

Multiplica $z^{2}$ por $z$ .

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Paso 6.4.1.1.1.1

Eleva $z$ a la potencia de $1$ .

Paso 6.4.1.1.1.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$(z^{2 + 1} + z^{2} \cdot - 2.46201938 + z^{2} (- 0.43412044 i) - 3.31615029 z \cdot z - 3.31615029 z \cdot - 2.46201938 - 3.31615029 z (- 0.43412044 i) + 4 z + 4 \cdot - 2.46201938 + 4 (- 0.43412044 i)) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.4.1.1.2

Suma $2$ y $1$ .

$(z^{3} + z^{2} \cdot - 2.46201938 + z^{2} (- 0.43412044 i) - 3.31615029 z \cdot z - 3.31615029 z \cdot - 2.46201938 - 3.31615029 z (- 0.43412044 i) + 4 z + 4 \cdot - 2.46201938 + 4 (- 0.43412044 i)) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.4.1.2

Mueve $- 2.46201938$ a la izquierda de $z^{2}$ .

$(z^{3} - 2.46201938 \cdot z^{2} + z^{2} (- 0.43412044 i) - 3.31615029 z \cdot z - 3.31615029 z \cdot - 2.46201938 - 3.31615029 z (- 0.43412044 i) + 4 z + 4 \cdot - 2.46201938 + 4 (- 0.43412044 i)) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.4.1.3

Multiplica $z$ por $z$ sumando los exponentes.

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Paso 6.4.1.3.1

Mueve $z$ .

$(z^{3} - 2.46201938 z^{2} + z^{2} (- 0.43412044 i) - 3.31615029 (z \cdot z) - 3.31615029 z \cdot - 2.46201938 - 3.31615029 z (- 0.43412044 i) + 4 z + 4 \cdot - 2.46201938 + 4 (- 0.43412044 i)) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.4.1.3.2

Multiplica $z$ por $z$ .

$(z^{3} - 2.46201938 z^{2} + z^{2} (- 0.43412044 i) - 3.31615029 z^{2} - 3.31615029 z \cdot - 2.46201938 - 3.31615029 z (- 0.43412044 i) + 4 z + 4 \cdot - 2.46201938 + 4 (- 0.43412044 i)) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.4.1.4

Multiplica $- 2.46201938$ por $- 3.31615029$ .

$(z^{3} - 2.46201938 z^{2} + z^{2} (- 0.43412044 i) - 3.31615029 z^{2} + 8.16442628 z - 3.31615029 z (- 0.43412044 i) + 4 z + 4 \cdot - 2.46201938 + 4 (- 0.43412044 i)) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.4.1.5

Multiplica $- 0.43412044$ por $- 3.31615029$ .

$(z^{3} - 2.46201938 z^{2} + z^{2} (- 0.43412044 i) - 3.31615029 z^{2} + 8.16442628 z + 1.43960863 z i + 4 z + 4 \cdot - 2.46201938 + 4 (- 0.43412044 i)) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.4.1.6

Multiplica $4$ por $- 2.46201938$ .

$(z^{3} - 2.46201938 z^{2} + z^{2} (- 0.43412044 i) - 3.31615029 z^{2} + 8.16442628 z + 1.43960863 z i + 4 z - 9.84807753 + 4 (- 0.43412044 i)) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.4.1.7

Multiplica $- 0.43412044$ por $4$ .

$(z^{3} - 2.46201938 z^{2} + z^{2} (- 0.43412044 i) - 3.31615029 z^{2} + 8.16442628 z + 1.43960863 z i + 4 z - 9.84807753 - 1.73648177 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.4.2

Simplifica mediante la adición de términos.

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Paso 6.4.2.1

Resta $3.31615029 z^{2}$ de $- 2.46201938 z^{2}$ .

$(z^{3} - 5.77816967 z^{2} + z^{2} (- 0.43412044 i) + 8.16442628 z + 1.43960863 z i + 4 z - 9.84807753 - 1.73648177 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.4.2.2

Suma $8.16442628 z$ y $4 z$ .

$(z^{3} - 5.77816967 z^{2} + z^{2} (- 0.43412044 i) + 1.43960863 z i + 12.16442628 z - 9.84807753 - 1.73648177 i) (z - 2.46201938 + 0.43412044 i) = 0$

Paso 6.5

Expande $(z^{3} - 5.77816967 z^{2} + z^{2} (- 0.43412044 i) + 1.43960863 z i + 12.16442628 z - 9.84807753 - 1.73648177 i) (z - 2.46201938 + 0.43412044 i)$ mediante la multiplicación de cada término de la primera expresión por cada término de la segunda expresión.

$z^{3} z + z^{3} \cdot - 2.46201938 + z^{3} (0.43412044 i) - 5.77816967 z^{2} z - 5.77816967 z^{2} \cdot - 2.46201938 - 5.77816967 z^{2} (0.43412044 i) + z^{2} (- 0.43412044 i) z + z^{2} (- 0.43412044 i) \cdot - 2.46201938 + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6

Simplifica los términos.

Toca para ver más pasos...

Paso 6.6.1

Simplifica cada término.

Toca para ver más pasos...

Paso 6.6.1.1

Multiplica $z^{3}$ por $z$ sumando los exponentes.

Toca para ver más pasos...

Paso 6.6.1.1.1

Multiplica $z^{3}$ por $z$ .

Toca para ver más pasos...

Paso 6.6.1.1.1.1

Eleva $z$ a la potencia de $1$ .

Paso 6.6.1.1.1.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$z^{3 + 1} + z^{3} \cdot - 2.46201938 + z^{3} (0.43412044 i) - 5.77816967 z^{2} z - 5.77816967 z^{2} \cdot - 2.46201938 - 5.77816967 z^{2} (0.43412044 i) + z^{2} (- 0.43412044 i) z + z^{2} (- 0.43412044 i) \cdot - 2.46201938 + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.1.2

Suma $3$ y $1$ .

$z^{4} + z^{3} \cdot - 2.46201938 + z^{3} (0.43412044 i) - 5.77816967 z^{2} z - 5.77816967 z^{2} \cdot - 2.46201938 - 5.77816967 z^{2} (0.43412044 i) + z^{2} (- 0.43412044 i) z + z^{2} (- 0.43412044 i) \cdot - 2.46201938 + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.2

Mueve $- 2.46201938$ a la izquierda de $z^{3}$ .

$z^{4} - 2.46201938 \cdot z^{3} + z^{3} (0.43412044 i) - 5.77816967 z^{2} z - 5.77816967 z^{2} \cdot - 2.46201938 - 5.77816967 z^{2} (0.43412044 i) + z^{2} (- 0.43412044 i) z + z^{2} (- 0.43412044 i) \cdot - 2.46201938 + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.3

Mueve $0.43412044$ a la izquierda de $z^{3}$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 \cdot (z^{3} i) - 5.77816967 z^{2} z - 5.77816967 z^{2} \cdot - 2.46201938 - 5.77816967 z^{2} (0.43412044 i) + z^{2} (- 0.43412044 i) z + z^{2} (- 0.43412044 i) \cdot - 2.46201938 + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.4

Multiplica $z^{2}$ por $z$ sumando los exponentes.

Toca para ver más pasos...

Paso 6.6.1.4.1

Mueve $z$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 (z \cdot z^{2}) - 5.77816967 z^{2} \cdot - 2.46201938 - 5.77816967 z^{2} (0.43412044 i) + z^{2} (- 0.43412044 i) z + z^{2} (- 0.43412044 i) \cdot - 2.46201938 + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.4.2

Multiplica $z$ por $z^{2}$ .

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Paso 6.6.1.4.2.1

Eleva $z$ a la potencia de $1$ .

Paso 6.6.1.4.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{1 + 2} - 5.77816967 z^{2} \cdot - 2.46201938 - 5.77816967 z^{2} (0.43412044 i) + z^{2} (- 0.43412044 i) z + z^{2} (- 0.43412044 i) \cdot - 2.46201938 + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.4.3

Suma $1$ y $2$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} - 5.77816967 z^{2} \cdot - 2.46201938 - 5.77816967 z^{2} (0.43412044 i) + z^{2} (- 0.43412044 i) z + z^{2} (- 0.43412044 i) \cdot - 2.46201938 + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.5

Multiplica $- 2.46201938$ por $- 5.77816967$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 5.77816967 z^{2} (0.43412044 i) + z^{2} (- 0.43412044 i) z + z^{2} (- 0.43412044 i) \cdot - 2.46201938 + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.6

Multiplica $0.43412044$ por $- 5.77816967$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{2} (- 0.43412044 i) z + z^{2} (- 0.43412044 i) \cdot - 2.46201938 + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.7

Multiplica $z^{2}$ por $z$ sumando los exponentes.

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Paso 6.6.1.7.1

Mueve $z$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z \cdot z^{2} (- 0.43412044 i) + z^{2} (- 0.43412044 i) \cdot - 2.46201938 + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.7.2

Multiplica $z$ por $z^{2}$ .

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Paso 6.6.1.7.2.1

Eleva $z$ a la potencia de $1$ .

Paso 6.6.1.7.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{1 + 2} (- 0.43412044 i) + z^{2} (- 0.43412044 i) \cdot - 2.46201938 + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.7.3

Suma $1$ y $2$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + z^{2} (- 0.43412044 i) \cdot - 2.46201938 + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.8

Multiplica $- 2.46201938$ por $- 0.43412044$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + z^{2} (1.06881294 i) + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.9

Mueve $1.06881294$ a la izquierda de $z^{2}$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 \cdot (z^{2} i) + z^{2} (- 0.43412044 i) (0.43412044 i) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.10

Multiplica $z^{2} (- 0.43412044 i) (0.43412044 i)$ .

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Paso 6.6.1.10.1

Multiplica $0.43412044$ por $- 0.43412044$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + z^{2} (- 0.18846056 i) i + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.10.2

Eleva $i$ a la potencia de $1$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + z^{2} (- 0.18846056 (i i)) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.10.3

Eleva $i$ a la potencia de $1$ .

Paso 6.6.1.10.4

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + z^{2} (- 0.18846056 i^{1 + 1}) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.10.5

Suma $1$ y $1$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + z^{2} (- 0.18846056 i^{2}) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.11

Reescribe $i^{2}$ como $- 1$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + z^{2} (- 0.18846056 \cdot - 1) + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.12

Multiplica $- 0.18846056$ por $- 1$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + z^{2} \cdot 0.18846056 + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.13

Mueve $0.18846056$ a la izquierda de $z^{2}$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 \cdot z^{2} + 1.43960863 z i z + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.14

Multiplica $z$ por $z$ sumando los exponentes.

Toca para ver más pasos...

Paso 6.6.1.14.1

Mueve $z$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 (z \cdot z) i + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.14.2

Multiplica $z$ por $z$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i + 1.43960863 z i \cdot - 2.46201938 + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.15

Multiplica $- 2.46201938$ por $1.43960863$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i + 1.43960863 z i (0.43412044 i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.16

Multiplica $1.43960863 z i (0.43412044 i)$ .

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Paso 6.6.1.16.1

Multiplica $0.43412044$ por $1.43960863$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i + 0.62496354 z i i + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.16.2

Eleva $i$ a la potencia de $1$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i + 0.62496354 z (i i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.16.3

Eleva $i$ a la potencia de $1$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i + 0.62496354 z (i i) + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.16.4

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i + 0.62496354 z i^{1 + 1} + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.16.5

Suma $1$ y $1$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i + 0.62496354 z i^{2} + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.17

Reescribe $i^{2}$ como $- 1$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i + 0.62496354 z \cdot - 1 + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.18

Multiplica $- 1$ por $0.62496354$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z \cdot z + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.19

Multiplica $z$ por $z$ sumando los exponentes.

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Paso 6.6.1.19.1

Mueve $z$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 (z \cdot z) + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.19.2

Multiplica $z$ por $z$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} + 12.16442628 z \cdot - 2.46201938 + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.20

Multiplica $- 2.46201938$ por $12.16442628$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 12.16442628 z (0.43412044 i) - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.21

Multiplica $0.43412044$ por $12.16442628$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z - 9.84807753 \cdot - 2.46201938 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.22

Multiplica $- 9.84807753$ por $- 2.46201938$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 9.84807753 (0.43412044 i) - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.23

Multiplica $0.43412044$ por $- 9.84807753$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z - 1.73648177 i \cdot - 2.46201938 - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.24

Multiplica $- 2.46201938$ por $- 1.73648177$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i - 1.73648177 i (0.43412044 i) = 0$

Paso 6.6.1.25

Multiplica $- 1.73648177 i (0.43412044 i)$ .

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Paso 6.6.1.25.1

Multiplica $0.43412044$ por $- 1.73648177$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i - 0.75384224 i i = 0$

Paso 6.6.1.25.2

Eleva $i$ a la potencia de $1$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i - 0.75384224 (i i) = 0$

Paso 6.6.1.25.3

Eleva $i$ a la potencia de $1$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i - 0.75384224 (i i) = 0$

Paso 6.6.1.25.4

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i - 0.75384224 i^{1 + 1} = 0$

Paso 6.6.1.25.5

Suma $1$ y $1$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i - 0.75384224 i^{2} = 0$

Paso 6.6.1.26

Reescribe $i^{2}$ como $- 1$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i - 0.75384224 \cdot - 1 = 0$

Paso 6.6.1.27

Multiplica $- 0.75384224$ por $- 1$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.2

Combina los términos opuestos en $z^{4} - 2.46201938 z^{3} + 0.43412044 z^{3} i - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + z^{3} (- 0.43412044 i) + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224$ .

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Paso 6.6.2.1

Reordena los factores en los términos $0.43412044 z^{3} i$ y $z^{3} (- 0.43412044 i)$ .

$z^{4} - 2.46201938 z^{3} + 0.43412044 i z^{3} - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i - 0.43412044 i z^{3} + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.2.2

Resta $0.43412044 i z^{3}$ de $0.43412044 i z^{3}$ .

$z^{4} - 2.46201938 z^{3} - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + 0 i z^{3} + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.3

Simplifica cada término.

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Paso 6.6.3.1

Multiplica $0$ por $i$ .

$z^{4} - 2.46201938 z^{3} - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + 0 z^{3} + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.3.2

Multiplica $0$ por $z^{3}$ .

$z^{4} - 2.46201938 z^{3} - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + 0 + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.4

Simplifica mediante la adición de términos.

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Paso 6.6.4.1

Suma $z^{4} - 2.46201938 z^{3} - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i$ y $0$ .

$z^{4} - 2.46201938 z^{3} - 5.77816967 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.4.2

Resta $5.77816967 z^{3}$ de $- 2.46201938 z^{3}$ .

$z^{4} - 8.24018905 z^{3} + 14.22596572 z^{2} - 2.50842158 z^{2} i + 1.06881294 z^{2} i + 0.18846056 z^{2} + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.4.3

Suma $14.22596572 z^{2}$ y $0.18846056 z^{2}$ .

$z^{4} - 8.24018905 z^{3} + 14.41442628 z^{2} - 2.50842158 z^{2} i + 1.06881294 z^{2} i + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z + 12.16442628 z^{2} - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.4.4

Suma $14.41442628 z^{2}$ y $12.16442628 z^{2}$ .

$z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2} - 2.50842158 z^{2} i + 1.06881294 z^{2} i + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.4.5

Suma $- 2.50842158 z^{2} i$ y $1.06881294 z^{2} i$ .

$z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2} - 1.43960863 z^{2} i + 1.43960863 z^{2} i - 3.54434436 z i - 0.62496354 z - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.4.6

Suma $- 1.43960863 z^{2} i$ y $1.43960863 z^{2} i$ .

$z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2} + 0 z^{2} i - 3.54434436 z i - 0.62496354 z - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.5

Simplifica cada término.

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Paso 6.6.5.1

Multiplica $0$ por $z^{2}$ .

$z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2} + 0 i - 3.54434436 z i - 0.62496354 z - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.5.2

Multiplica $0$ por $i$ .

$z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2} + 0 - 3.54434436 z i - 0.62496354 z - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.6

Simplifica mediante la adición de términos.

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Paso 6.6.6.1

Suma $z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2}$ y $0$ .

$z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2} - 3.54434436 z i - 0.62496354 z - 29.9490533 z + 5.28082614 z i - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.6.6.2

Suma $- 3.54434436 z i$ y $5.28082614 z i$ .

$z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2} + 1.73648177 z i - 0.62496354 z - 29.9490533 z - 9.84807753 z + 24.24615775 - 4.27525179 i - 1.73648177 i z + 4.27525179 i + 0.75384224 = 0$

Paso 6.7

Resta $1.73648177 i z$ de $1.73648177 z i$ .

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Paso 6.7.1

Mueve $i$ .

$z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2} + 1.73648177 z i - 1.73648177 z i - 0.62496354 z - 29.9490533 z - 9.84807753 z + 24.24615775 - 4.27525179 i + 4.27525179 i + 0.75384224 = 0$

Paso 6.7.2

Resta $1.73648177 z i$ de $1.73648177 z i$ .

$z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2} 0 z i - 0.62496354 z - 29.9490533 z - 9.84807753 z + 24.24615775 - 4.27525179 i + 4.27525179 i + 0.75384224 = 0$

Paso 6.8

Resta $29.9490533 z$ de $- 0.62496354 z$ .

$z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2} 0 z i - 30.57401684 z - 9.84807753 z + 24.24615775 - 4.27525179 i + 4.27525179 i + 0.75384224 = 0$

Paso 6.9

Resta $9.84807753 z$ de $- 30.57401684 z$ .

$z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2} 0 z i - 40.42209437 z + 24.24615775 - 4.27525179 i + 4.27525179 i + 0.75384224 = 0$

Paso 6.10

Suma $24.24615775$ y $0.75384224$ .

$z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2} 0 z i - 40.42209437 z + 25 - 4.27525179 i + 4.27525179 i = 0$

Paso 6.11

Suma $- 4.27525179 i$ y $4.27525179 i$ .

$z^{4} - 8.24018905 z^{3} + 26.57885257 z^{2} 0 z i - 40.42209437 z + 250 i = 0$