PYTHON CLASS

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[5 pts] Now implement a less_by_id() function which will compare two Person objects by their ID, and a less_by_name) function which will compare two Person objects by their names. () # Put your comparison functions here. Test code below. Do not change. 0 1 = [Person(3, "Joe"), Person(2, "Alice"), Person (4, "Mike"), Person(1, "Jane") } print(1) for ein 1: print(e) print (sort(l, less_by_id)) print (sortil, loss_by_namo) ) [25 pts) For this next problem, write a simulation of the Monty Hall problem. Implement the simulation as a function named monty) that takes two parameters. The first parameter is the number of trials, and the second parameter is whether or not to switch doors after Monty reveals the door containing the goat. A few functions that you may need include: random. rendint() random. sample) random.shuffle() I also suggest that you use the Python set sequence class. [5 pts] Now implement a less_by_id() function which will compare two Person objects by their ID, and a less_by_name) function which will compare two Person objects by their names. () # Put your comparison functions here. Test code below. Do not change. 0 1 = [Person(3, "Joe"), Person(2, "Alice"), Person (4, "Mike"), Person(1, "Jane") } print(1) for ein 1: print(e) print (sort(l, less_by_id)) print (sortil, loss_by_namo) ) [25 pts) For this next problem, write a simulation of the Monty Hall problem. Implement the simulation as a function named monty) that takes two parameters. The first parameter is the number of trials, and the second parameter is whether or not to switch doors after Monty reveals the door containing the goat. A few functions that you may need include: random. rendint() random. sample) random.shuffle() I also suggest that you use the Python set sequence class