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{:[z=-60-12 i],[Re(z)=],[Im(z)=]:}

z=6012iRe(z)=Im(z)= \begin{array}{l}z=-60-12 i \\ \operatorname{Re}(z)= \\ \operatorname{Im}(z)=\end{array}

Full solution

Q. z=6012iRe(z)=Im(z)= \begin{array}{l}z=-60-12 i \\ \operatorname{Re}(z)= \\ \operatorname{Im}(z)=\end{array}
  1. Given complex number: We are given a complex number z=6012i z = -60 - 12i . The general form of a complex number is a+bi a + bi , where a a is the real part and b b is the imaginary part.
  2. Finding the real part: To find the real part of zz, denoted as Re(z)\text{Re}(z), we look at the coefficient of the real term in the complex number. In z=6012iz = -60 - 12i, the real part is 60-60.
  3. Finding the imaginary part: To find the imaginary part of zz, denoted as Im(z)\text{Im}(z), we look at the coefficient of the imaginary term ii in the complex number. In z=6012iz = -60 - 12i, the imaginary part is 12-12. Note that we do not include the imaginary unit ii in the value of the imaginary part.

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