5. Create a class named "Car" which has the following fields. The fields correspond to the columns in the text file except the last one. 1/2 i. Vehicle Name String ii. Engine Number String lii. Vehicle Price double iv. Profit : double V. Total Price double (Total Price = Vehicle Price + Vehicle Price Profit/100) b) In Test class, write a method named showCar (myDoublelinkedList list, String Number) takes the list and Engine Number as parameters, and displays all the information of the particular car including Total Price c) In Test class, write the main method (in Test class) to: 1. Create myDouble LinkedList list. 2. Read the content of the text file and for each row an instance of the class Car is created with the calculated Total Price (use array of objects) and add each instance list (in b.1). 3. Test the method showCar() 4. Test the methods written in myDouble LinkedList. 5. Create a class named "Car" which has the following fields. The fields correspond to the columns in the text file except the last one. 1/2 i. Vehicle Name String ii. Engine Number String lii. Vehicle Price double iv. Profit : double V. Total Price double (Total Price = Vehicle Price + Vehicle Price Profit/100) b) In Test class, write a method named showCar (myDoublelinkedList list, String Number) takes the list and Engine Number as parameters, and displays all the information of the particular car including Total Price c) In Test class, write the main method (in Test class) to: 1. Create myDouble LinkedList list. 2. Read the content of the text file and for each row an instance of the class Car is created with the calculated Total Price (use array of objects) and add each instance list (in b.1). 3. Test the method showCar() 4. Test the methods written in myDouble LinkedList