Jun 8, 2021 · Projection angle optimization Projectile motion problems sometimes require finding the optimum projection angle at which the horizontal range or the vertical distance or the initial …

Sep 10, 2006 · The discussion centers on solving a projectile motion problem involving an archer shooting an arrow at a 45-degree angle to hit a target 200m away. The main challenge is …

Oct 17, 2006 · The discussion revolves around solving projectile motion problems, specifically involving a golf ball and a car rolling off a cliff. The first problem requires calculating the initial …

Aug 31, 2008 · A suggestion was made to ensure no acceleration is considered in the x-direction and to treat the x and y components of speed as vector additions. Additionally, advice was …

May 17, 2005 · The discussion focuses on solving a projectile motion problem involving a speed of 24 m/s and a horizontal distance of 62.34 m. Participants clarify that the vertical component …

Feb 24, 2009 · The discussion revolves around solving two projectile motion problems. The first problem involves a dart aimed at a falling target, demonstrating that both the dart and target …

Jun 1, 2024 · The discussion focuses on finding the Lagrangian for projectile motion on an inclined plane with a negative slope. Participants clarify that the Lagrangian is derived from the …

Oct 20, 2004 · The discussion revolves around a request for help with projectile motion problems from Giancoli's 5th Edition, specifically for AP Physics 201. The user presents three problems …

Mar 18, 2009 · The discussion revolves around solving a 2D projectile motion problem involving a golf ball struck at ground level. The key equations provided are for horizontal and vertical …

Oct 5, 2009 · A projectile motion problem involves a ball hit at a 45º angle from a height of 1.3m, needing to clear a 3m wall located 130m away. The challenge lies in determining the initial …