Jake has a car with an 8-gallon fuel tank. Jake fills his tank with gas and then drives 60 miles to a friend’s house. When he gets to his friend’s house, he has 6 gallons left in his fuel tank. Write

Here is a program in Python that calculates and displays how many miles Jake can drive on a full tank of gas: ``` tank_size = float(input("Enter the size of Jake's fuel tank in gallons: ")) miles_traveled = float(input("Enter how many miles Jake has traveled: ")) gallons_left = float(input("Enter how many gallons of gas are left in Jake's tank: ")) miles_per_gallon = (miles_traveled / (tank_size - gallons_left)) miles_on_full_tank = miles_per_gallon * tank_size print("Jake can drive", round(miles_on_full_tank, 2), "miles on a full tank of gas.") ``` Explanation: The program first prompts the user to enter the size of Jake's fuel tank, the miles traveled, and the gallons of gas left in the tank using the input() function. These values are stored in variables tank_size, miles_traveled, and gallons_left, respectively. The program then calculates the miles per gallon Jake's car gets by dividing the miles traveled by the difference between the tank size and the gallons of gas left in the tank. This value is stored in the variable miles_per_gallon. Finally, the program calculates how many miles Jake can drive on a full tank of gas by multiplying the miles per gallon by the tank size. This value is stored in the variable miles_on_full_tank. The program then uses the print() function to display the result to the user in a sentence. The round() function is used to round the miles to two decimal places.