Find the complex conjugate bar(z_(1)) of z_(1)=-2i+7. bar(z_(1))=◻

Identify parts of z_(1): Identify the real and imaginary parts of the complex number z_(1) = -2i + 7. In this case, 7 is the real part and -2 is the coefficient of the imaginary part i. Real part: 7 Imaginary part: -2Determine complex conjugate: Determine the complex conjugate of z_(1) = -2i + 7. The complex conjugate of a complex number is obtained by changing the sign of the imaginary part. Therefore, the complex conjugate of -2i + 7, denoted as bar(z_(1)), is 7 + 2i. Complex conjugate: 7 + 2i

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Find the complex conjugate
bar(z_(1)) of
z_(1)=-2i+7.

bar(z_(1))=◻

Find the complex conjugate $\overline{z_{1}}$ of $z_{1}=-2 i+7$ . $\newline$ $\overline{z_{1}}=\square$

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Q. Find the complex conjugate

\overline{z_{1}}

z_{1}=-2 i+7

\newline

\overline{z_{1}}=\square

Identify parts of $z_{1}$ : Identify the real and imaginary parts of the complex number $z_{1} = -2i + 7$ . In this case, $7$ is the real part and $-2$ is the coefficient of the imaginary part $i$ . Real part: $7$ Imaginary part: $-2$
Determine complex conjugate: Determine the complex conjugate of $z_{1} = -2i + 7$ . The complex conjugate of a complex number is obtained by changing the sign of the imaginary part. Therefore, the complex conjugate of $-2i + 7$ , denoted as $\bar{z}_{1}$ , is $7 + 2i$ . Complex conjugate: $7 + 2i$