The lab has been designed for you to pructice implementing and testing overlesded operators for a enc.

cheste pectangle $x$

privatest

unstgend width$\_.$ length$\_$i

pebuthe:

Recterentoli:

$($x$)$

vopd setwidth$($unsigned$)$:

voud sectengthi uns Conedi:

coputhe aneac$)$ const:

ptring to$\_$string$()$ const:

The width, and length$\_$ data members represent the width and length of a Rectangle shape.

You are given the following member functions:

The delault constructor sets the with and length of a new Rectangle object to $5$ and $10,$ Fespectively.

A setwideh member function that takes cone parameter and updates the width of the involing Rectang le object using the value of the parameter.

A settength menber function that takes one parameter and updates the length of the invoking Rectanglo object using the value of the parameter.

An area member function rotums the area of the invoking fectangle object.

A to$\_$string member function returns a string that indudes the wdith and length of the invoking Rectangle object

In part h$,$ you are asked wo overioid some operators for the Rectangle class using member functions. Make sure to write their prototyper in the "Rectangle $h^{**}$ the, implement them in the "Rectanglecpp" fle, and test them in the "main cpp ith"

Overtoad he$-$e$-$eperator to compare two Rectangle objects, it shall return true if the two rectunghe ore congruent and fake ottierwise. Two rectangles are congruent if they can hawe the firct rectingle is the same ac the length of the second and the length of the first is the same as the Widthol the cerond, For example, $8510$ rectangle is cougruent with a $105$ rectangle. The tollowing tilutrates the rerults of cone cample tertang:

fitet rectingle: Mmanctore sy by

Goipare tint with secend true

Coppare sechen uth thind false Uniphed value. The folowing Hustates the foxuts of weme sumple terting.

instup $+1$