Creating a fare-computing function Let's assume that you want to be able to quickly calculate an estimate for the cost of the trip so that you can let your riders know roughly how much you'll charge them. To start with, you're going to use a flat rate of 40 cents per unit distance the driver travels. Write another function called trip cost that uses the function you just wrote for computing the total distance of the ride to print the cost of the trip so that it reads "The cost of the trip will be $" where is the total in dollars that the trip will cost. Your function should take the starting point, the stopping point, and the rate (with a default value) as inputs. Put your function here Part 3: Combining your functions Now that you've written two different functions for finding the distance, you're thinking that it would be more convenient if you could use the same function to compute both the Euclidean distance and the Lyt distancelt would also make it a lot easier to compare how much longer the Lyft distance is than the Euclidean distance. Write a function that is capable of computing the Euclidean distance or the Lyft distance based on a keyword argument call path_type If the path-type is .Lyft', compute the Lyft distance, otherwise compute the standard Euclidean distance. Make sure that the default stopping point is (0,0). As betore, your ftunction should return the distance. ,# Put your code here Write another function that uses your previous function to compute both the Euclidean distance and the Lyft distances and prints: "The Lyft distance is times longer than the Euclidean distance" where is the appropriate ratio of the two distances. Compare the two distances for a starting point of (-2,-6) and stopping point of (4,5) Put your code here