NUMERICAL CHARACTERISTICS OF BULLETS FIRED SEQUENTIALLY FROM AIR TO GROUND MATHEMATICAL-STATISTICAL ANALYSIS

• Allamuradova Nasiba Baxtiyor qizi

  Associate Professor of the Department of General Engineering and Natural Sciences at the Military Aviation Institute of the

  Author

In this article, ballistic motion parameters of  bullets fired from air to ground under random conditions (altitude 300–1500 m, initial velocity ~900 ) were calculated based on Monte Carlo simulation and analyzed using mathematical-statistical methods. Descriptive statistics, distribution shape tests (Kolmogorov-Smirnov, Shapiro-Wilk), correlation analysis, and kernel density estimation (KDE) were performed for impact velocity, horizontal displacement, and kinetic energy indicators. Results are presented through graphs and tables.

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