The order dictionary and the integer value self.rank help with this task. class Card: def __init__(self, value, suit): self.value = value self.suit = suit order = {'Ace': 1, 'Two' :2, 'Three' :3, 'Four' :4, 'Six':6, 'Seven':7, 'Eight':8, 'Nine':9, 'Ten': I

class Information:     def __init__(self, name, address, age, phone_number):         self.__name = name         self.__address = address         self.__age = age         self.__phone_number = phone_number   def main():     my_info = Information('John Doe','111 My Street', \ '555-555-1281')

#include <iostream>using namespace std;class Player{private:int id;static int next_id;public:int getID() { return id; }Player() { id = next_id++; }};int Player::next_id = 1;int main(){Player p1;Player p2;Player p3;cout << p1.getID() << " ";cout << p2.getID() << " ";cout << p3.getID();return 0;} Run the program and give its output.

In Python: Write a class named Pet, which should have the following data attributes:   _ _name (for the name of a pet) _ _animal_type (for the type of animal that a pet is. Example values are 'Dog','Cat', and 'Bird') _ _age (for the pets age)   The Pet class should have an _ _init_ _ method that creates these attributes. It should also have the following methods:   set_nameThis method assigns a value to the _ _name field set_animal_typeThis method assigns a value to the _ _animal_type field set_ageThis method assignsa value to the _ _age field get_nameThis method assignsa value to the _ _name field get_animal_typeThis method assignsa value to the _ _animal_type field get_ageThis method assignsa value to the _ _age field   Once you have written the class, write a program that creates an object of the class and prompts the user to enter the name, type and age of his or her pet. This data should be stored as the objects attributes. Use the objects accessor methods to retrieve the pets…

class Duration:    def __init__(self, hours, minutes):        self.hours = hours        self.minutes = minutes     def __add__(self, other):        total_hours = self.hours + other.hours        total_minutes = self.minutes + other.minutes        if total_minutes >= 60:            total_hours += 1            total_minutes -= 60        return Duration(total_hours, total_minutes) first_trip = Duration(2, 58)second_trip = Duration(0, 49) first_time = first_trip + second_tripsecond_time = second_trip + second_trip print(first_time.hours, first_time.minutes)print(second_time.hours, second_time.minutes)       what is the entire output

Assuming that we have defined the Card class as above, fill in the blank in the code below such that the code segment prints out "Yes" without causing any errors. if > Card( 'Queen', 'Spades'): print("Yes")

Use java language

class Duration:    def __init__(self, hours, minutes):        self.hours = hours        self.minutes = minutes     def __add__(self, other):        total_hours = self.hours + other.hours        total_minutes = self.minutes + other.minutes        if total_minutes >= 60:            total_hours += 1            total_minutes -= 60        return Duration(total_hours, total_minutes) first_trip = Duration(3, 36)second_trip = Duration(0, 47) first_time = first_trip + second_tripsecond_time = second_trip + second_trip print(first_time.hours, first_time.minutes)     what is the output

#include <iostream>using namespace std;class Player{private:int id;static int next_id;public:int getID() { return id; }Player() { id = next_id++; }};int Player::next_id = 1;int main(){Player p1;Player p2;Player p3;cout << p1.getID() << " ";cout << p2.getID() << " ";cout << p3.getID();return 0;} Run the program and give its output.

#include <iostream>using namespace std;class Player{private:int id;static int next_id;public:int getID() { return id; }Player() { id = next_id++; }};int Player::next_id = 1;int main(){Player p1;Player p2;Player p3;cout << p1.getID() << " ";cout << p2.getID() << " ";cout << p3.getID();return 0;} Run the program and give its output.