Calculus Examples

${(\frac{1}{2} (\cos (\frac{π}{7}) + i \sin (\frac{π}{7})))}^{7}$

Step 1

Simplify each term.

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Step 1.1

Evaluate $\cos (\frac{π}{7})$ .

${(\frac{1}{2} (0.90096886 + i \sin (\frac{π}{7})))}^{7}$

Step 1.2

Evaluate $\sin (\frac{π}{7})$ .

${(\frac{1}{2} (0.90096886 + i \cdot 0.43388373))}^{7}$

Step 1.3

Move $0.43388373$ to the left of $i$ .

${(\frac{1}{2} (0.90096886 + 0.43388373 i))}^{7}$

Step 2

Simplify terms.

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Step 2.1

Apply the distributive property.

${(\frac{1}{2} \cdot 0.90096886 + \frac{1}{2} (0.43388373 i))}^{7}$

Step 2.2

Combine $\frac{1}{2}$ and $0.90096886$ .

${(\frac{0.90096886}{2} + \frac{1}{2} (0.43388373 i))}^{7}$

Step 3

Multiply $\frac{1}{2} (0.43388373 i)$ .

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Step 3.1

Combine $0.43388373$ and $\frac{1}{2}$ .

${(\frac{0.90096886}{2} + \frac{0.43388373}{2} i)}^{7}$

Step 3.2

Combine $\frac{0.43388373}{2}$ and $i$ .

${(\frac{0.90096886}{2} + \frac{0.43388373 i}{2})}^{7}$

Step 4

Simplify each term.

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Step 4.1

Divide $0.90096886$ by $2$ .

${(0.45048443 + \frac{0.43388373 i}{2})}^{7}$

Step 4.2

Factor $0.43388373$ out of $0.43388373 i$ .

${(0.45048443 + \frac{0.43388373 (i)}{2})}^{7}$

Step 4.3

Factor $2$ out of $2$ .

${(0.45048443 + \frac{0.43388373 (i)}{2 (1)})}^{7}$

Step 4.4

Separate fractions.

${(0.45048443 + \frac{0.43388373}{2} \cdot \frac{i}{1})}^{7}$

Step 4.5

Divide $0.43388373$ by $2$ .

${(0.45048443 + 0.21694186 \frac{i}{1})}^{7}$

Step 4.6

Divide $i$ by $1$ .

${(0.45048443 + 0.21694186 i)}^{7}$

Step 5

Use the Binomial Theorem.

${0.45048443}^{7} + 7 \cdot {0.45048443}^{6} (0.21694186 i) + 21 \cdot {0.45048443}^{5} {(0.21694186 i)}^{2} + 35 \cdot {0.45048443}^{4} {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6

Simplify terms.

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Step 6.1

Simplify each term.

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Step 6.1.1

Raise $0.45048443$ to the power of $7$ .

$0.00376494 + 7 \cdot {0.45048443}^{6} (0.21694186 i) + 21 \cdot {0.45048443}^{5} {(0.21694186 i)}^{2} + 35 \cdot {0.45048443}^{4} {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.2

Raise $0.45048443$ to the power of $6$ .

$0.00376494 + 7 \cdot 0.00835754 (0.21694186 i) + 21 \cdot {0.45048443}^{5} {(0.21694186 i)}^{2} + 35 \cdot {0.45048443}^{4} {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.3

Multiply $7$ by $0.00835754$ .

$0.00376494 + 0.05850281 (0.21694186 i) + 21 \cdot {0.45048443}^{5} {(0.21694186 i)}^{2} + 35 \cdot {0.45048443}^{4} {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.4

Multiply $0.21694186$ by $0.05850281$ .

$0.00376494 + 0.01269171 i + 21 \cdot {0.45048443}^{5} {(0.21694186 i)}^{2} + 35 \cdot {0.45048443}^{4} {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.5

Raise $0.45048443$ to the power of $5$ .

$0.00376494 + 0.01269171 i + 21 \cdot 0.01855235 {(0.21694186 i)}^{2} + 35 \cdot {0.45048443}^{4} {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.6

Multiply $21$ by $0.01855235$ .

$0.00376494 + 0.01269171 i + 0.38959936 {(0.21694186 i)}^{2} + 35 \cdot {0.45048443}^{4} {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.7

Apply the product rule to $0.21694186 i$ .

$0.00376494 + 0.01269171 i + 0.38959936 ({0.21694186}^{2} i^{2}) + 35 \cdot {0.45048443}^{4} {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.8

Raise $0.21694186$ to the power of $2$ .

$0.00376494 + 0.01269171 i + 0.38959936 (0.04706377 i^{2}) + 35 \cdot {0.45048443}^{4} {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.9

Rewrite $i^{2}$ as $- 1$ .

$0.00376494 + 0.01269171 i + 0.38959936 (0.04706377 \cdot - 1) + 35 \cdot {0.45048443}^{4} {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.10

Multiply $0.38959936 (0.04706377 \cdot - 1)$ .

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Step 6.1.10.1

Multiply $0.04706377$ by $- 1$ .

$0.00376494 + 0.01269171 i + 0.38959936 \cdot - 0.04706377 + 35 \cdot {0.45048443}^{4} {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.10.2

Multiply $0.38959936$ by $- 0.04706377$ .

$0.00376494 + 0.01269171 i - 0.01833601 + 35 \cdot {0.45048443}^{4} {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.11

Raise $0.45048443$ to the power of $4$ .

$0.00376494 + 0.01269171 i - 0.01833601 + 35 \cdot 0.04118311 {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.12

Multiply $35$ by $0.04118311$ .

$0.00376494 + 0.01269171 i - 0.01833601 + 1.4414089 {(0.21694186 i)}^{3} + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.13

Apply the product rule to $0.21694186 i$ .

$0.00376494 + 0.01269171 i - 0.01833601 + 1.4414089 ({0.21694186}^{3} i^{3}) + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.14

Raise $0.21694186$ to the power of $3$ .

$0.00376494 + 0.01269171 i - 0.01833601 + 1.4414089 (0.0102101 i^{3}) + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.15

Factor out $i^{2}$ .

$0.00376494 + 0.01269171 i - 0.01833601 + 1.4414089 (0.0102101 (i^{2} \cdot i)) + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.16

Rewrite $i^{2}$ as $- 1$ .

$0.00376494 + 0.01269171 i - 0.01833601 + 1.4414089 (0.0102101 (- 1 \cdot i)) + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.17

Rewrite $- 1 i$ as $- i$ .

$0.00376494 + 0.01269171 i - 0.01833601 + 1.4414089 (0.0102101 (- i)) + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.18

Multiply $- 1$ by $0.0102101$ .

$0.00376494 + 0.01269171 i - 0.01833601 + 1.4414089 (- 0.0102101 i) + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.19

Multiply $- 0.0102101$ by $1.4414089$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 35 \cdot {0.45048443}^{3} {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.20

Raise $0.45048443$ to the power of $3$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 35 \cdot 0.09141961 {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.21

Multiply $35$ by $0.09141961$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 3.19968636 {(0.21694186 i)}^{4} + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.22

Apply the product rule to $0.21694186 i$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 3.19968636 ({0.21694186}^{4} i^{4}) + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.23

Raise $0.21694186$ to the power of $4$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 3.19968636 (0.00221499 i^{4}) + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.24

Rewrite $i^{4}$ as $1$ .

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Step 6.1.24.1

Rewrite $i^{4}$ as ${(i^{2})}^{2}$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 3.19968636 (0.00221499 {(i^{2})}^{2}) + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.24.2

Rewrite $i^{2}$ as $- 1$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 3.19968636 (0.00221499 {(- 1)}^{2}) + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.24.3

Raise $- 1$ to the power of $2$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 3.19968636 (0.00221499 \cdot 1) + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.25

Multiply $3.19968636 (0.00221499 \cdot 1)$ .

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Step 6.1.25.1

Multiply $0.00221499$ by $1$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 3.19968636 \cdot 0.00221499 + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.25.2

Multiply $3.19968636$ by $0.00221499$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 21 \cdot {0.45048443}^{2} {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.26

Raise $0.45048443$ to the power of $2$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 21 \cdot 0.20293622 {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.27

Multiply $21$ by $0.20293622$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 4.26166072 {(0.21694186 i)}^{5} + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.28

Apply the product rule to $0.21694186 i$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 4.26166072 ({0.21694186}^{5} i^{5}) + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.29

Raise $0.21694186$ to the power of $5$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 4.26166072 (0.00048052 i^{5}) + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.30

Factor out $i^{4}$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 4.26166072 (0.00048052 (i^{4} i)) + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.31

Rewrite $i^{4}$ as $1$ .

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Step 6.1.31.1

Rewrite $i^{4}$ as ${(i^{2})}^{2}$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 4.26166072 (0.00048052 ({(i^{2})}^{2} i)) + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.31.2

Rewrite $i^{2}$ as $- 1$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 4.26166072 (0.00048052 ({(- 1)}^{2} i)) + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.31.3

Raise $- 1$ to the power of $2$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 4.26166072 (0.00048052 (1 i)) + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.32

Multiply $i$ by $1$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 4.26166072 (0.00048052 i) + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.33

Multiply $0.00048052$ by $4.26166072$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i + 7 \cdot 0.45048443 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.34

Multiply $7$ by $0.45048443$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i + 3.15339103 {(0.21694186 i)}^{6} + {(0.21694186 i)}^{7}$

Step 6.1.35

Apply the product rule to $0.21694186 i$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i + 3.15339103 ({0.21694186}^{6} i^{6}) + {(0.21694186 i)}^{7}$

Step 6.1.36

Raise $0.21694186$ to the power of $6$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i + 3.15339103 (0.00010424 i^{6}) + {(0.21694186 i)}^{7}$

Step 6.1.37

Factor out $i^{4}$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i + 3.15339103 (0.00010424 (i^{4} i^{2})) + {(0.21694186 i)}^{7}$

Step 6.1.38

Rewrite $i^{4}$ as $1$ .

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Step 6.1.38.1

Rewrite $i^{4}$ as ${(i^{2})}^{2}$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i + 3.15339103 (0.00010424 ({(i^{2})}^{2} i^{2})) + {(0.21694186 i)}^{7}$

Step 6.1.38.2

Rewrite $i^{2}$ as $- 1$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i + 3.15339103 (0.00010424 ({(- 1)}^{2} i^{2})) + {(0.21694186 i)}^{7}$

Step 6.1.38.3

Raise $- 1$ to the power of $2$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i + 3.15339103 (0.00010424 (1 i^{2})) + {(0.21694186 i)}^{7}$

Step 6.1.39

Multiply $i^{2}$ by $1$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i + 3.15339103 (0.00010424 i^{2}) + {(0.21694186 i)}^{7}$

Step 6.1.40

Rewrite $i^{2}$ as $- 1$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i + 3.15339103 (0.00010424 \cdot - 1) + {(0.21694186 i)}^{7}$

Step 6.1.41

Multiply $3.15339103 (0.00010424 \cdot - 1)$ .

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Step 6.1.41.1

Multiply $0.00010424$ by $- 1$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i + 3.15339103 \cdot - 0.00010424 + {(0.21694186 i)}^{7}$

Step 6.1.41.2

Multiply $3.15339103$ by $- 0.00010424$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i - 0.00032872 + {(0.21694186 i)}^{7}$

Step 6.1.42

Apply the product rule to $0.21694186 i$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i - 0.00032872 + {0.21694186}^{7} i^{7}$

Step 6.1.43

Raise $0.21694186$ to the power of $7$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i - 0.00032872 + 0.00002261 i^{7}$

Step 6.1.44

Rewrite $i^{7}$ as $i^{4} (i^{2} \cdot i)$ .

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Step 6.1.44.1

Factor out $i^{4}$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i - 0.00032872 + 0.00002261 (i^{4} i^{3})$

Step 6.1.44.2

Factor out $i^{2}$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i - 0.00032872 + 0.00002261 (i^{4} (i^{2} \cdot i))$

Step 6.1.45

Rewrite $i^{4}$ as $1$ .

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Step 6.1.45.1

Rewrite $i^{4}$ as ${(i^{2})}^{2}$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i - 0.00032872 + 0.00002261 ({(i^{2})}^{2} (i^{2} \cdot i))$

Step 6.1.45.2

Rewrite $i^{2}$ as $- 1$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i - 0.00032872 + 0.00002261 ({(- 1)}^{2} (i^{2} \cdot i))$

Step 6.1.45.3

Raise $- 1$ to the power of $2$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i - 0.00032872 + 0.00002261 (1 (i^{2} \cdot i))$

Step 6.1.46

Multiply $i^{2} \cdot i$ by $1$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i - 0.00032872 + 0.00002261 (i^{2} \cdot i)$

Step 6.1.47

Rewrite $i^{2}$ as $- 1$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i - 0.00032872 + 0.00002261 (- 1 \cdot i)$

Step 6.1.48

Rewrite $- 1 i$ as $- i$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i - 0.00032872 + 0.00002261 (- i)$

Step 6.1.49

Multiply $- 1$ by $0.00002261$ .

$0.00376494 + 0.01269171 i - 0.01833601 - 0.01471693 i + 0.0070873 + 0.00204783 i - 0.00032872 - 0.00002261 i$

Step 6.2

Simplify by adding terms.

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Step 6.2.1

Subtract $0.01833601$ from $0.00376494$ .

$- 0.01457107 + 0.01269171 i - 0.01471693 i + 0.0070873 + 0.00204783 i - 0.00032872 - 0.00002261 i$

Step 6.2.2

Simplify by adding and subtracting.

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Step 6.2.2.1

Add $- 0.01457107$ and $0.0070873$ .

$- 0.00748377 + 0.01269171 i - 0.01471693 i + 0.00204783 i - 0.00032872 - 0.00002261 i$

Step 6.2.2.2

Subtract $0.00032872$ from $- 0.00748377$ .

$- 0.0078125 + 0.01269171 i - 0.01471693 i + 0.00204783 i - 0.00002261 i$

Step 6.2.3

Subtract $0.01471693 i$ from $0.01269171 i$ .

$- 0.0078125 - 0.00202522 i + 0.00204783 i - 0.00002261 i$

Step 6.2.4

Add $- 0.00202522 i$ and $0.00204783 i$ .

$- 0.0078125 + 0.00002261 i - 0.00002261 i$

Step 6.2.5

Subtract $0.00002261 i$ from $0.00002261 i$ .

$- 0.0078125 0 i$

Step 7

This is the trigonometric form of a complex number where $| z |$ is the modulus and $θ$ is the angle created on the complex plane.

$z = a + b i = | z | (\cos (θ) + i \sin (θ))$

Step 8

The modulus of a complex number is the distance from the origin on the complex plane.

$| z | = \sqrt{a^{2} + b^{2}}$ where $z = a + b i$

Step 9

Substitute the actual values of $a = - 0.0078125$ and $b = 0$ .

$| z | = \sqrt{{(0)}^{2} + {(- 0.0078125)}^{2}}$

Step 10

Find $| z |$ .

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Step 10.1

Raise $0$ to the power of $2$ .

$| z | = \sqrt{0 + {(- 0.0078125)}^{2}}$

Step 10.2

Raise $- 0.0078125$ to the power of $2$ .

$| z | = \sqrt{0 + 0.00006103}$

Step 10.3

Add $0$ and $0.00006103$ .

$| z | = \sqrt{0.00006103}$

Step 11

Evaluate the root.

$| z | = 0.0078125$

Step 12

The angle of the point on the complex plane is the inverse tangent of the complex portion over the real portion.

$θ = \arctan (\frac{0}{- 0.0078125})$

Step 13

Since inverse tangent of $\frac{0}{- 0.0078125}$ produces an angle in the third quadrant, the value of the angle is $3.14159265$ .

$θ = 3.14159265$

Step 14

Substitute the values of $θ = 3.14159265$ and $| z | = 0.0078125$ .

$0.0078125 (\cos (3.14159265) + i \sin (3.14159265))$