Find the complex conjugate bar(z_(1)) of z_(1)=i+4. bar(z_(1))=◻

Identify Complex Number: Identify the real and imaginary parts of the complex number i + 4. In i + 4, 4 is the real part and 1 is the coefficient of the imaginary part i. Real part: 4 Imaginary part: 1Real and Imaginary Parts: Determine the complex conjugate of i + 4. The complex conjugate of a complex number is obtained by changing the sign of the imaginary part. Therefore, the complex conjugate of i + 4 is 4 - i. Complex conjugate: 4 - i

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Find the complex conjugate
bar(z_(1)) of
z_(1)=i+4.

bar(z_(1))=◻

Find the complex conjugate $\overline{z_{1}}$ of $z_{1}=i+4$ . $\newline$ $\overline{z_{1}}=\square$

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Q. Find the complex conjugate

\overline{z_{1}}

z_{1}=i+4

\newline

\overline{z_{1}}=\square

Identify Complex Number: Identify the real and imaginary parts of the complex number $i + 4$ . In $i + 4$ , $4$ is the real part and $1$ is the coefficient of the imaginary part $i$ . Real part: $4$ Imaginary part: $1$
Real and Imaginary Parts: Determine the complex conjugate of $i + 4$ . The complex conjugate of a complex number is obtained by changing the sign of the imaginary part. Therefore, the complex conjugate of $i + 4$ is $4 - i$ . Complex conjugate: $4 - i$