Given the declarations of the instances car$1,$ car$2,$ car$3,$ and car$4$:

carType$1$ car$1$; $//$ You will need a default constructor

car$1.$make $=$ "Ford";

car$1.$setPrice $=64456\mathrm{.}99//$ You will use setters for instances that are not initialized by the $5$ parameter constructor

CarType$1$ car$2("$Ford$",$ "Mustang", "Red", $2022,74599\mathrm{.}99)$; $//$ You will also need a $5$ parameter constructor

$//$ Output: $2022$ Ford $-$ Mustang, Red$($$$74599\mathrm{.}99)$

carType$2$ car$3$;

carType$2$ car$4("$Ford$","$F$150",$ "Black", $70999\mathrm{.}99)$; $//$ carType$2\text{'}$s can only be assigned by constructors

$//$ Output: $2024$ Ford $-$ F$150,$ Black$($$$70999\mathrm{.}99)$

The $2$ classes carType$1$ and carType$2$ all declare the variable name, make, color, year, and price. The variable price is not accessible in main$()$ and derived classes. The variable year is seen in the derived classes but not in main$().$

For the carType$1$ class, use a setter member function to assign the private and protected class values from main$().$ Create a return get member functions to output the private and protected member variables. In addition to the set$/$get functions you will need two constructors $($default and $5$ parameter$).$ Write a one$-$line statement in main$()$ to output the corresponding car$1$ and car$2$ detail: $"2022$ Ford $-$ Mustang, Red$($$$74599\mathrm{.}99)".$

For the carType$2$ class, create member function printCar$()$ that prints out the corresponding car detail: $"2022$ Ford $-$ Mustang, Red$($$$74599\mathrm{.}99)".$ Also use a member functions to implement the assignments and output for all private and protected member variables. You will need two constructors $($default and $4$ parameters$).$ All cars of carType$2$ will have the year set to $2024$ by default.

The default construct should be set to $""$ for strings and $0$ for numbers.

Use the appropriate datatypes to write the class definitions that will allow you to create and output the above instances.