Sep 14, 2011 · Some participants propose that with constant acceleration, the position-time graph is quadratic, leading to a linear velocity-time graph and a constant acceleration-time graph. A …

Feb 29, 2016 · The discussion revolves around converting a position vs. time (d-t) graph into a velocity vs. time (v-t) graph. Participants explore the fundamental concepts of motion, …

Jan 9, 2012 · The discussion revolves around understanding position-time graphs and the concept of tangent lines in relation to calculating slopes. The original poster presents data …

May 30, 2011 · The discussion revolves around understanding position vs time graphs in the context of constant non-zero acceleration. Participants explore the implications of acceleration …

Nov 14, 2009 · The discussion revolves around converting an angular velocity vs. time graph to an angular position vs. time graph. Participants explore the relationships between angular …

Dec 17, 2007 · The position vs. time graph is wavy and I assume the only point where there is acceleration is where there is a curve, right? It seems like the acceleration is also 0 at the …

Mar 25, 2017 · Displacement and position are distinct concepts in physics, as confirmed in the discussion. Displacement refers to the change in position and is defined as a vector quantity …

Nov 30, 2008 · The area under a position vs. time graph does not represent any significant physical quantity. Unlike the area under a velocity vs. time graph, which indicates total …

Aug 30, 2013 · The discussion revolves around the interpretation of position vs. time graphs, particularly focusing on the implications of vertical lines in such graphs. Participants explore …

Dec 9, 2016 · The discussion centers on determining the phase constant (Φ) in simple harmonic motion using the equation x (t) = A*cos (ωt+Φ). The amplitude (A) is 10, and at t = 0, the …