Please help me with this C++ code. Please show work and code output. Write a class definition that stores information for a book. I want to store the following information about this book.

This is the question - In Chapter 4, you created a class named Game that included two Team objects that held data about teams participating in a game. Modify the Game class to set the game time to the message Game cancelled! if the two teams in a game do not have the same value for the sport. (In other words, a girls’ basketball team should not have a game scheduled with a boys’ tennis team.) Write a program to demonstrate a valid and an invalid game. This is the code that I have so far but can't seem to get them to compare correctly -    public class Game {     private Team team1;     private Team team2;     private String time;     public Game(Team t1, Team t2, String time) {         // your code here         this.team1=t1;         this.team2 = t2;         if(team1 == team2)         this.time = time;          else         this.time = "Game cancelled!";              }     public Team getTeam1() {         // your code here         return team1;     }     public Team getTeam2()…

Please help with 3rd section (in images below), code for first and second class included below. Do not change the  function names or given starter code in the script. Each class has different requirements, read them carefully. Do not use the exec or eval functions, nor are you allowed to use regular expressions (re module).  All methods that output a string must return the string, not print it. If you are unable to complete a method, use the pass statement to avoid syntax errors.    class Stack:    def __init__(self):        self.stack = []     def pop(self):        if len(self.stack) < 1:            return None        return self.stack.pop()     def push(self, item):        self.stack.append(item)     def size(self):        return len(self.stack)     def peek(self):        return self.stack[self.size() - 1]     def isEmpty(self):        if len(self.stack) < 1:            return True        return False class Calculator:    def __init__(self):        self.__expr = None…

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