May 30, 2022 · The discussion centers on calculating impulse from a force versus time graph. The user initially attempted to use the impulse formula J = F (t - t0) but struggled due to the non-constant …

Oct 3, 2012 · The discussion revolves around a problem involving a force vs. time graph, where participants are tasked with finding impulse and final velocity for an object with a given mass. The …

Mar 19, 2015 · The discussion revolves around calculating the impulse of a ball dropped from a height, which bounces back to a certain height after impacting the ground. The problem involves …

Oct 3, 2006 · If I'm given an object with X mass that is moving in one direction at Y velocity, then changes direction and moves at Z velocity, how do I calculate the impulse? Most equations I have …

Mar 28, 2010 · The discussion focuses on calculating impulse for two objects with angled velocities. It emphasizes the necessity of breaking down velocities into their x and y components to accurately …

Dec 27, 2009 · The discussion revolves around the challenge of converting impulse measured in a chain system, akin to that of a bicycle, into power measurements. Participants explore the relationship …

Oct 20, 2014 · The discussion revolves around calculating impulse and force in the context of a racquetball collision with a backboard. The original poster presents a scenario involving a hollow …

Apr 30, 2016 · The original poster is exploring how to calculate the impulse required to move a stationary object of mass 'm' vertically to a height 'h'. They are uncertain about defining the time …

May 16, 2018 · The impulse is calculated using the change in momentum, resulting in a magnitude of 3.03 kg·m/s. The correct method involves using the impulse equation, J = mΔv, and determining the …

Nov 10, 2009 · The impulse of a 0.480-kg ball during its collision with the floor, after being dropped from a height of 1.10 m and rebounding to a height of 0.880 m, is calculated using the Impulse-Momentum …