Gymnastics Competition

A Gymnastics competition uses one of two methods for calculating the gymnasts score. The competition utilized either three judges or five judges. Write a program to ask which scoring method is utilized and how many competitors are in the competition. Then input the scores from the judges, and calculate the average score for a contestant. Use the following algorithm as a guide.

Algorithm

Display a welcome message to the user.



Display a menu to the user with options for three judges, five judges or quit. If a user enters an option that is not on the menu, display a user-friendly error message and allow the user to try again. Use a string constant for the error message.

If the competition utilizes three judges, ask how many gymnasts are in the competition. Validate that the number is between 1 and 20. For each gymnast, ask the user to input the contestants name and the three scores. A score must be between 0 and 10 and fra

. [prob1.c][100%] Develop a C program to read hurricane data and store and sort those hurricane data.
Each hurricane record contains the hurricanes name, year, month, and category. An input file named
hurricane.txt contains 100 hurricane records. Your program will perform the following tasks.
a) Read hurricane data from input file hurricane.txt and store them in an array of structure. The
structure definition is shown below. Then write the hurricane data stored in the array of structure
to a binary file named hurricane.bin.
typedef struct hurricane
{
char name[20];
int year;
int month;
int category;
}H_RECORD;
b) Create a new structure for storing the same hurricane data. This new structure should contain the
same members (name, year, month, and category) but utilize a minimum size as a data type.
Take the definition of the new structure shown below as an example. Design this new structure
so that the value sizeof(H_RECORD_MIN) is minimiz

I need to have a report written based on the article HIV/AIDS. Please do not plagarize and cite all resources. This is really important. I attached a sample_report which corresponds to krill:whale article to show how the formatting should look. So subtitles should be include like (Introduction, the model, analysis, discussions and conclusions). You do not have to do all models in HIV/AIDS article. You can pick one or two models in chapter 4 or chapter 5 of the article, as long as the report is at most 10 pages. The report has to be 8-9 pages, including a resource page.

This project is worth 100 points. Please do the Final Project.So it is really important that it looks good. It is important that it is done by the deadline because I have to present this. Please use MATLAB to get results of graphs,etc. Please put together a powerpoint and make sure you describe the graphs and tables that you coded because I have to understand this when I present this. I have a lot of finals and homework in other classes, so I it really is important that everything looks good. I am not sure if this is helpful but I attached chapter 7 and chapter 8 of notes that may assist in the Final Project.

Data Visualization instructions -


You will complete the following assignment as a notebook (ipynb) and submit.

Link to instructions - https://github.com/edogdu/intro_to_python/blob/master/asg9_visualization.ipynb

Assignment 9 explained (video) - https://www.youtube.com/watch?v=2EZY9FBOr4A&feature=youtu.be


Recursive Functions -

Instructions at the end of this page - https://github.com/edogdu/intro_to_python/blob/master/ch13_recursion.ipynb

Please do homework 8. I attached chapter 7 and chapter 8 notes to help assist with the homework. The homework has 2 questions. So please do all 2 questions and answer all parts of each questions. Some methods in this homework include Forward Euler Method, Backward Euler Method, Trapezoid Method, Runge-Kutta Method. Please use MATLAB. I really need this by noon of May 25

Fill out via PDF and return by 9:15pm CST

This is for undergrad Orgo 2 course: subjects include Carboxylic Acid Derivatives & Enolates  Carboxylic Acids & Its Derivatives

PDF will be released at 7:00 PM CST Friday 4/17
and is due at 9:15 PM CST Friday 4/17

As you fill it out, I send me the answer, and I will be able to pay for each answer


Attached are reviews:

You can only use standard c++ libraries. The key is to use fractions .



This assignment will be about numbers: your goal will be to

implement a class, number, which represents a real number with an

arbitrary number of digits (also known as an arbitrary precision

number). The class should have operators for addition, subtraction,

multiplication, division and comparisons, as well as unary minus.



Additionally, add power( int ) and sqrt( int ) as const

methods. The argument to power is the exponent. The argument of

sqrt gives the number of decimal digits that should be exact in

the result (see also below).



The constructor of number takes a single integer argument and

constructs an instance of number with the argument as its value

(this constructor should allow implicit conversions from int). A

default-constructed number should be 0.



As an example, all of the foll

Task 5: Add to Cart
The customer entered quantity will be checked against the product available stock. If
the required quantity is available, the customer order will be added to the shopping
cart. Otherwise, appropriate message indicating unavailable required quantity will be
displayed. Total for each item is also displayed (unit price * quantity). PHP sessions
can be used to achieve this functionality

Task 6: Checkout

Customer can check out by clicking checkout button in the product detail page or
checkout (can be a shopping cart image) available on every page of the web
application.
Customer orders will then be displayed in the checkout page. The customer will be
allowed to delete, modify quantity of any order or delete all orders (empty shopping
cart).
The customer can also buy all products in the shopping cart.

Use I/O simulation in Logixpro to simulate the following process.

There are 16 outputs that we are controlling. O:2/0 O:2/15

Program in a shift register that clocks every 3 seconds. Three seconds is the amount of time that part stays in each station. Use proximity switch to indicate if the part is present.(I:1/0)

The data from the proximity sensor will be shifted to the left through O:2.0 every three seconds.

Hint: If proximity sensor is on, O:2/0 comes on first, three seconds later O:2/1 comes on if the sensor stays on.