Programming Project #6: Bowling Team

need to use python

Problem

Expected Duration: 3-4 hours

Prerequisites: None

Knowing that you are a budding programmer, your friends have asked you to create a scoring program for your Saturday bowling league. Your program should take a name, team number, and score for each player, and should deal with any number of players, but have 3 people to a team.
Your program should ignore invalid inputs, and not crash. Your program should print the following lists in columns:

1. the individual names, team and scores in descending order with high scorer at the top
2. the individual names, team and scores in alphabetical order
3. If anyone scores a perfect game, put an asterisk in front of their name.
4. The top 3 teams with the highest total scores and their score
5. Display a congratulatory message showing the individual high score and list who got it.
6. Display a sympathetic message showing the individual low score and who got it.

Last, your program should write each of the lists and the summary information
to a text file called game_results.txt in the same format it is displayed on the screen.

Note: You have the option of using pandas Dataframes in your program. Just make sure the console and file output
has the required structure and format.

Write a program that implements a stack of integers, and exercises the stack based on commands read from cin. To do this, write a class called Stack with exactly the following members:

class Stack {
    public:
        bool isEmpty();
        // returns true if stack has no elements stored

        int top();
        // returns element from top of the stack
        // throws runtime_error("stack is empty")

        int pop();
        // returns element from top of the stack and removes it
        // throws runtime_error("stack is empty")

        void push(int);
        // puts a new element on top of the stack

    private:
        vector<int> elements;
};

The program should read commands from cin until either end-of-file is reached or the command end is entered. (You can manually test for end-of-file by entering CTRL-D.) Each time the program expects a new command it should first print a prompt: "stack> "

Your program should catch all errors that happen and continue execution until the end command or end-of-file.

In case the command push is read, the program should read an integer value from cin and push it onto the stack. In case top is read, the program should print the top integer of the stack to cout. In case pop is read, the program should print the top integer of the stack to cout, and remove it from the stack. In case the command list is read, the program should print all values currently on the stack, without modifying the stack. (Exact format see below.)

Your program should check whether a "number" to be pushed is actually a number. If not, print an error message (see below), and reset cin such that it will again accept commands. (See Section 7.6 of the zyBook.) Also, your program should ignore all characters behind a number to be pushed that are on the same input line (example see below).

An example of a correct execution of this program is shown below:

stack> push 5
stack> pop
5
stack> pop 
error: stack is empty
stack> push 6
stack> push 4bb
stack> push foo
error: not a number
stack> list
[4,6]
stack> list
[4,6]
stack> top
4
stack> hello
error: invalid command 
stack> end 

You may want to use the compare() function (Links to an external site.) on a string to check which command has been entered.

Use of arrays, a built-in stack class, or container classes from std:: other than vector, is not allowed.

Implementing a Stack

Write a program that implements a stack of integers, and exercises the stack based on commands read from cin. To do this, write a class called Stack with exactly the following members: class Stack { public: bool isEmpty(); // returns true if stack has no elements stored int top(); // returns element from top of the stack // throws runtime_error("stack is empty") int pop(); // returns element from top of the stack and removes it // throws runtime_error("stack is empty") void push(int); // puts a new element on top of the stack private: vector elements; }; The program should read commands from cin until either end-of-file is reached or the command end is entered. (You can manually test for end-of-file by entering CTRL-D.) Each time the program expects a new command it should first print a prompt: "stack> " Your program should catch all errors that happen and continue execution until the end command or end-of-file. In case the command push is read, the program should read an integer value from cin and push it onto the stack. In case top is read, the program should print the top integer of the stack to cout. In case pop is read, the program should print the top integer of the stack to cout, and remove it from the stack. In case the command list is read, the program should print all values currently on the stack, without modifying the stack. (Exact format see below.) Your program should check whether a "number" to be pushed is actually a number. If not, print an error message (see below), and reset cin such that it will again accept commands. (See Section 7.6 of the zyBook.) Also, your program should ignore all characters behind a number to be pushed that are on the same input line (example see below). An example of a correct execution of this program is shown below: stack> push 5 stack> pop 5 stack> pop error: stack is empty stack> push 6 stack> push 4bb stack> push foo error: not a number stack> list [4,6] stack> list [4,6] stack> top 4 stack> hello error: invalid command stack> end You may want to use the compare() function (Links to an external site.) on a string to check which command has been entered. Use of arrays, a built-in stack class, or container classes from std:: other than vector, is not allowed.

((5.11x10^3))((1.880x10^-2))((2.92x10^5)) / ((9.5x10^-7))((7.64x10^2))

Record your answer in scientific notation with 2 significant digits. Note: Your answer is assumed to be reduced to the highest power possible.

a laser beam passes through a diffraction grating and the second- order bright spot is produced at an angle of 22.0 degree from the main central axis. What is the highest order bright spot that can be produced by this arrangement?

Indicate, from the following, which has the second-highest predicted entropy at 298.15 K.

1.0 mol HCN

0.23g of HCN

0.5 mol HCN

15.0 kg HCN

All of these have the same entropy