In this video, we introduce the fundamentals of kinematics in 2D, focusing on projectile motion. Learn how to break down the horizontal and vertical components of motion, apply key equations, and ...

Learn how to master projectile motion calculations using Python. This tutorial covers the key concepts and code ...

Inspired by Leonardo da Vinci's catapult of which 3D model was created by Piotr Klemczak. The application was a big part of our presentation for a nationwide high-school comptetion called Science on ...

Quadratic equations play a vital role in explaining motion and shape in the physical world. They are used in projectile ...

Abstract: The dynamic response in the dynamic launching process of electromagnetic rail launcher (EMRL) is very important for the design of launchers and armatures. With the Bernoulli-Euler beam ...

Why: It’s simple (gravity, velocity, angle) but powerful. Tech connection: The same equations underpin ballistics software, VR simulations, and game physics engines. Implementation: Simulate and plot ...

To further improve the strike accuracy and penetration power of explosively-formed projectile (EFP) after long-distance flight, a polygonal charge capable of forming EFP with tail fins was designed ...

Projectile motion describes how objects move through the air after being launched, like when a ball is thrown or an arrow fired. After launching, the only force acting on the projectile is gravity ...

These days, some of the best logos aren't just static; there are often animated versions too. And while that can sometimes come across as gimmicky, there are often good reasons for adding movement to ...

Abstract: We consider the problem of finding an input signal which transfers a linear boundary controlled 1-D parabolic partial differential equation with spatially varying coefficients from a given ...