Assume that there exists a list, named aco_students, of tuples consisting of the following information: (sid, last, first, class, gpa)

Also assume that there exists a populated class_dict that associates a student's classification ('FR', 'SO', 'JR', 'SR') to a list of student tuples with that classification.

Given a student tuple bound to the variable s, in one line, write a statement that adds that student to an existing class_dict.

Recall the Python Programming enterprise of Airline, Airport, and Flight objects where the input data was organized into the following dictionaries: 1. airline_dict[airline_code] = Airline object 2. airport_dict[airport_code] = Airport object 3. date_dict[yyyy-mm-dd] = list of Flight objects on that date ordered by scheduled departure time Flight Airport _code: str _name: str _city: str _state: str _origin_flights: list #Flight _dest_flights: list # Flight _init__(self, con, c, s) add_origin_flight(self, flight) add_dest_flight(self, flight) _repr_(self) _date: str #yyyy-mm-dd _year: int _month: int _day: int _airline: Airline _flight_num:int _origin_airport: Airport _dest_airport: Airport _scheduled_departure: int _departure_time:int _departure_delay: int _scheduled_arrival: int _arrival_time:int _arrival_delay: int 6 getter methods: 1 for each private instance variable _init__(self, y, m, d, al, fn, oa, da, sd, dt, dd, sa, at, ad) _repr_(self) Airline _code: str _name: str _flights: list #Flight 14 getter methods: 1 for each private instance variable named: get_vname # one underscore _init__(self, c, n) add_flight(self, flight) _repr_(self) 3 getter methods: 1 for each private instance variable