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 …

Nov 14, 2009 · Converting an angular velocity vs. time graph to an angular position vs. time graph involves calculating the area under the velocity graph. The area represents the change in …

Oct 18, 2015 · Homework Statement What would the slope of a position vs time squared graph represent? Homework Equations X=my^2+b The Attempt at a Solution I thought the slope of …

Sep 27, 2007 · What is the position-vs-time graph of a free-falling object (the simplest example for your F-vs-t graph)? If you are unsure, take a ball an throw it upwards, and study its motion.

Nov 30, 2008 · The area under (integral) a velocity vs. time graph is total displacement, or if it is absolute value'd, total distance traveled. So then, what does the area under a position vs. time …

Jan 21, 2010 · I would agree that the position vs. time graph for an animal can be perfectly horizontal if the animal is standing still especially if the animal is road kill. What do you think a …

Sep 7, 2008 · The discussion revolves around interpreting a velocity squared vs. position graph to find acceleration. The slope of the graph, calculated as 2.0x10^3 cm^3/s^2, is questioned in …

Jan 9, 2012 · The discussion centers on understanding the importance of tangent lines in position-time graphs, particularly in calculating instantaneous velocity. While the slope formula …

Aug 30, 2013 · I understand how position vs. time diagrams can give velocity. If the line is flat then the velocity is zero (the particle is still), and all the other basic things I need to know, but …

May 30, 2011 · A constant non-zero acceleration indicates that an object's position changes over time, resulting in an increasing speed. The discussion eliminates options where the position …