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Car Class Write a class named car that has the following fields: yearModel. The yearMode1 field is an int that holds the car's year model. make. The make field is a string object that holds the make of the car, such as "Ford", "Chevrolet", "Honda", etc. speed. The speed field is an int that holds the car's current speed In addition, the class should have the following methods. - Constructor. The constructor should accept the car's year model and make as arguments. These values should be assigned to the object's yearMode1 and make fields. The constructor should also assign 0 to the speed field. Accessor. The appropriate accessor methods get the values stored in an object's yearMode1, make, and speed fields. accelerate. The accelerate method should add 5 to the speed field each time it is called. . brake. The brake method should subtract 5 from the speed field each time it is called Demonstrate the class in a program that creates a car object, and then calls the accelerate method five times. After each call to the accelerate method, get the current speed of the car and display it. Then, call the brake method five times. After each call to the brake method, get the current speed of the car and display it. @Before public void setUp() car new Car (2015 "Ford Edge) ) Tears down the test fixture. Called after every test case method. t/ @After public void tearDown) @Test public void testGetYearModel) assertEquals (2015, car.getYearModel)); ) @Test public void testGetMake() assertEquals( "Ford Edge", car getMake()); ) @Test public void testGetSpeed ( assertEquals (0, car.getSpeed ()): ) @Test public void testAccelerate) f car.accelerate(); assertEquals (5, car.getSpeed()); car..accelerate); assertEquals (10, car getSpeed()) @Test public void testBrake() car setSpeed (20): car.brake(O: assertEquals (15, car.getSpeed ))