Actual and expected gas Program plan: Create a class “Car”, Declare the necessary variables. Define the constructor to assign initial values. Define the function “add_Gas()” to add the gas in the tank. Define the function “car_drive()” to update the amount of gas in the tank after driven the car. Define the function “getGas_InTank()” to return the amount of gas left in the tank. Create a class “CarTester”, Define “main()” function, Create an object for “Car” class. Call the function “add_Gas()” to add the gas to the tank. Call the method “car_drive()” to drive the car for “100” miles. Call the method “add_Gas()” to add additional gas to the tank. Call the method “car_drive()” to drive the car for “200” miles. Call the method “getGas_InTank()” to get the remaining gas in the tank. Print the actual amount of gas left in the tank. Print the expected amount of gas in the tank.

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Chapter 3, Problem 18RE

Program Plan Intro

Actual and expected gas

Program plan:

Create a class “Car”,

Declare the necessary variables.

Define the constructor to assign initial values.

Define the function “add_Gas()” to add the gas in the tank.

Define the function “car_drive()” to update the amount of gas in the tank after driven the car.

Define the function “getGas_InTank()” to return the amount of gas left in the tank.

Create a class “CarTester”,

Define “main()” function,

Create an object for “Car” class.

Call the function “add_Gas()” to add the gas to the tank.

Call the method “car_drive()” to drive the car for “100” miles.

Call the method “add_Gas()” to add additional gas to the tank.

Call the method “car_drive()” to drive the car for “200” miles.

Call the method “getGas_InTank()” to get the remaining gas in the tank.

Print the actual amount of gas left in the tank.

Print the expected amount of gas in the tank.

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