Problem $9$: $(45$ points$)$

Guidance: Implement the codes to complete all the tasks, include screenshots of both the front panel and block

diagram, and submit the VIs you create for each question with your solutions.

$(15$ points$)$ The block diagram shown in Figure $1$ is designed to implement the calculation $Y=|x{|}^2.$ The code

operates on an input variable $x($data type: complex double$)$ and computes $Y=x{x}^{**},$ which always results in

a real number. Initially, the output was designated as a double$-$precision number $($DBL$)$ to accommodate the

real nature of the result. However, a coercion dot was associated with the output. To eliminate the coercion

dot, various methods can be employed:

$($a$)(2$ points$)$ Modify the output type from double to complex double. This adjustment ensures that the

output accurately reflects the complex nature of the result, thereby removing the coercion dot.

$($b$)(13$ points$)$ Alternatively, find two additional approaches to achieve the desired outcomes Y$1$ and Y$2,$ as

real double$-$precision numbers. Hint: One approach involves separately calculating the real and imaginary

parts of X $,$ then applying the necessary operations to obtain the real component of the result.

Figure $1$: Block diagram for Problem $9$ Part $1.$