Create a database model according to the following steps:

Create a simple class diagram containing three classes: Vehicle, Car, and Truck. Provide two attributes for each of these three classes.

Create a rough sketch of a relational table that will store the objects belonging to the aforementioned three classes.

Ensure you have tried all three options$$single table, two tables, and three tables$$in your database design.

Enter two objects per table, corresponding to the classes.

Use the two$-$table design to recreate a Car object.

Repeat the preceding step to recreate a Truck object.

Create a simple association relationship in a separate class diagram showing Driver and Car.

Apply a multiplicity of $1$ on the driver side and N on the Car side.

Add$/$modify your table designs to handle storing of two objects belonging to Car and two belonging to Driver.

Modify the multiplicity on the Driver side to N$.$ This makes it a many$-$to$-$many multiplicity.

Modify your table designs to handle this multiplicity and show where and how the KEYS or IDs will have to be placed.

Create a class diagram corresponding to the tables you have designed. Stereotype all classes on that class diagram as $<$