This projects is based with four main algorithms, linked by all the arguments explained in class.

Program that allows you to solve of problems concerning Physics, that follow topics covered in high school.

Use ThisProgram that allows you to solve gods of chemical transformations and actions, that follow topics covered in high school

Use ThisProgram that allows you to solve of mathematical problems, that follow topics covered in high school

Use ThisProgram linked with the world of Crypto, select the type of currency to calculate with the following amount, and get a price Outcome.

Use ThisComputing school project and masterpiece, with you can access all the codes published.

In the website there are different pages and sections developed and written in html and css. In these pages, you can access to all the codes written by the two authors of the project, Lucio Valerio Carucci and Daniele Pio Pica. Around these codes, you will find different tools linked with all the scientific subjects, explained and studied in class. The project is affiliated with our institute, Pomponio Leto High School.

You can switch and select between all the pages, the main codes developed are Math, Physics, Computing and Chemistry.

Codes InfoThis code performs mathematical operations based on user input. Users provide coefficients a, b, and c for a quadratic equation, and the code calculates the equation. The code includes different sub-algorithms for various types of equations - "Complete", "Spurious", and "Pure". The code will output different results based on the coefficients provided by the user. If coefficients a = 0, the code will not process the equation. Results include "x1" and "x2" for complete equations, and only "x1" and "x2" for pure/spurious equations.

This code can solve problems related to Circular Motion, Work, Kinetic Energy, Potential Energy, Momentum, and Impulse. Users can input information about angular speed, period, frequency, or centripetal acceleration for Circular Motion. For Work, users can input information about friction force, force, shift, friction coefficient, and mass. For Kinetic Energy, input mass and speed; for Potential Energy, input mass, gravitational acceleration, and height. For Momentum, input mass and speed to find momentum, and input momentum and mass to find speed. Lastly, for Impulse, input force and time to find impulse, and input impulse and time to find force.

This Crypto calculator code allows users to calculate prices for popular cryptocurrencies like Bitcoin, Ethereum, and DogeCoin. Users can input the type of crypto and amount they want to calculate. Prices and total amounts vary for each cryptocurrency, resulting in different outcomes for each type.

This code helps solve Chemistry problems related to Moles, Mass, and Molar Mass. The user can input data for Moles by providing Mass and the number of atoms for calculation of Molar Mass. For Mass calculations, the user can enter Moles and the number of atoms for Molar Mass calculations. To find Molar Mass, users simply need to input the number of atoms and the Atomic Mass of each atom.

Website Development + Math & Computing Algorithms

Logo + Physics & Chemistry Algorithms

Project created by two High School students, Lucio Valerio Carucci and Daniele Pio Pica