1. Write a Python function, tripCost(distanceMeters , vehSpeedMPS, vehKPL, gasCostPerLiter, hotelCostPerNight, breakfastCostPerDay, lunchCostPerDay, dinnerCostPerDay) that returns the cost of a trip of based on several parameters The function's parameters are:

distanceMeters: the trip's distance in meters (type: float)

vehSpeedMPS: the vehicle's speed during the trip, in meters per second (type: float)

vehKPL: the vehicle fuel efficiency in kilometers per liter (type: float)

gasCostPerLiter: the price of one liter of gas in dollars (type: float)

hotelCostPerNight: cost of one night in a hotel in dollars (type: float)

breakfastCostPerDay: cost of a day's breakfast in dollars (type: float)

lunchCostPerDay: cost of a day's lunch in dollars (type: float)

dinnerCostPerDay: cost of a day's dinner in dollars (type: float)

Presume that you can only drive 8 hours per day. So, if a trip requires 15.25 hours, it will require a one-night hotel stay at an additional cost (beyond gas and food costs) equal to hotelCostPerNight. Important notes on cost:

No hotel is needed on the day a trip ends. If a trip requires 8.0 hours, it does not require a hotel stay. Similarly, a trip of 16.0 hours requires one night of hotel, not two.

No breakfast is needed on the first day of a trip.

No dinner is needed on the final day of a trip.

Lunch is needed only on days with more than 4.0 hours of driving.

2. Write a Python function, chooseVehicleForTrip(distanceMiles, veh1Name, veh1SpeedMPH, veh1MPG, veh2Name, veh2SpeedMPH, veh2MPG, gasCostPerGallon, hotelCostPerNight, breakfastCostPerDay, lunchCostPerDay, dinnerCostPerDay) that computes the cost of a trip for two different vehicles, prints information about the cost, and prints a recommendation which vehicle should be used to save money (note: if trip cost is the same for both vehicles, say something appropriate). The function's parameters are:

distanceMiles: the trip's distance in miles (type: float)

veh1Name: a string representing the first vehicle (e.g. "Tesla")

veh1SpeedMPH: vehicle 1's speed in miles per hour (type: float)

veh1MPG: vehicle 1's fuel efficiency in miles per gallon (type: float)

veh2Name: a string representing the second vehicle (e.g. "BYD")

veh2SpeedMPH: vehicle 2's speed in miles per hour (type: float)

veh2MPG: vehicle 2's fuel efficiency in miles per gallon (type: float)

gasCostPerGallon: the price of one gallon of gas in dollars (type: float)

hotelCostPerNight: cost of one night in a hotel in dollars (type: float)

breakfastCostPerDay: cost of a day's breakfast in dollars (type: float)

lunchCostPerDay: cost of a day's lunch in dollars (type: float)

dinnerCostPerDay: cost of a day's dinner in dollars (type: float)

ChooseVehicleForTrip must use/call tripCost, the function you write for Q1. Note that you will need to convert units. Look up and use good accurate conversion factors for miles/kilometers and gallons/liters. Note: Your function should not return anything. Instead it should print information about the cost of the trip for both vehicle 1 and vehicle 2 and should recommend choosing the vehicle that yields the less expensive trip. For example,

>>> chooseVehicleForTrip(1000.0, "Bugatti", 100.0, 1.0, "Vespa", 27.0, 100.0, 2.10, 55.0, 6.50, 11.0, 23.0) 1000.0 miles in vehicle 'Bugatti' will cost $2195.50, including 1 hotel nights and $40.50 food cost 1000.0 miles in vehicle 'Vespa' will cost $414.00, including 4 hotel nights and $173.00 food cost. To save money, use 'Vespa' >>>