PROGRAMMING ALGORITHM FOR APPROXIMATE SOLUTION OF NEWTON'S EQUATION OF MOTION

25.02.2024 International Scientific Journal "Science and Innovation". Series A. Volume 3 Issue 2

Zakhidov Ibrokhimjon Obidzhonovich, Inoyatov Shukrillo Turgunboyevich

Abstract. It should be noted that the approximate solution of Newton's differential equation helps the student to form initial skills and ideas, but does not cover all computer methods for solving Newton's equation. The article selected the simplest possible mechanical problems and tried to choose the simplest algorithms for its approximate solution. Common languages such as EXEL, BASIC, PASCAL can be used for programming the algorithm. It is known that modern MATLAB (Simulink), MAPLE (PDE_Solve) systems have ready packages for approximate solution of differential equations. However, this article will help the reader to understand their main essence.

Keywords: school physics course, movement, time, coordinate, speed, moment of time, equation of motion, acceleration, approximate methods, Euler-Cromer method, algorithm