Implement a class Car with the following properties. A car has a certain fuel efficiency (measured in miles/gallon or liters/km—pick one) and a certain amount of fuel in the gas tank. The efficiency is specified in the constructor, and the initial fuel level is 0. Supply a method drive that simulates driving the car for a certain distance, reducing the amount of gasoline in the fuel tank. Also supply methods getGasInTank, returning the current amount of gasoline in the fuel tank, and addGas, to add gasoline to the fuel tank. Sample usage: Car myHybrid = new Car(50); // 50 miles per gallon myHybrid.addGas(20); // Tank 20 gallons myHybrid.drive(100); // Drive 100 miles double gasLeft = myHybrid.getGasInTank(); // Get gas remaining in tank You may assume that the drive method is never called with a distance that consumes more than the available gas. Supply a CarTester class that tests all methods.
Implement a class Car with the following properties. A car has a certain fuel efficiency
(measured in miles/gallon or liters/km—pick one) and a certain amount of fuel in the gas
tank. The efficiency is specified in the constructor, and the initial fuel level is 0.
Supply a method drive that simulates driving the car for a certain distance, reducing the
amount of gasoline in the fuel tank. Also supply methods getGasInTank, returning the
current amount of gasoline in the fuel tank, and addGas, to add gasoline to the fuel tank.
Sample usage:
Car myHybrid = new Car(50); // 50 miles per gallon
myHybrid.addGas(20); // Tank 20 gallons
myHybrid.drive(100); // Drive 100 miles
double gasLeft = myHybrid.getGasInTank(); // Get gas remaining in tank
You may assume that the drive method is never called with a distance that consumes more
than the available gas. Supply a CarTester class that tests all methods.
Trending now
This is a popular solution!
Step by step
Solved in 3 steps with 1 images
