Sep 9, 2017 · I know that the average velocity is given by the ratio $$ \\frac{\\text{total distance}}{\\text{total time}} $$ It should be easy to figure out from a linear displacement-time …

Sep 16, 2009 · To find average acceleration from an acceleration vs. time graph, calculate the overall change in velocity by determining the area under the curve between the specified time …

Aug 7, 2011 · To find average velocity from a velocity vs. time graph with non-constant acceleration, calculate the area under the graph between the specified time intervals, t1 and …

The approximation for the instantaneous velocity is just the slope of the line segment connecting the two points (no need to find the equation of the tangent line).

Dec 23, 2011 · Hello, Again I find my self struggling on a question I had on a test, as my teacher is a "general studies" teacher, she is not much help with physics. the question is: What is the …

Sep 23, 2010 · To calculate the particle's position at t=13.7 s, the average acceleration is determined to be 1.36 m/s². The velocity graph indicates a linear relationship, allowing the use …

Mar 26, 2015 · To determine velocity from a force-time graph, the impulse is calculated as the area under the curve, which is crucial for solving the problem. The impulse-momentum …

Sep 15, 2012 · To calculate average acceleration from a non-straight graph, use the formula a_avg = (Vf - Vi) / (tf - ti), focusing on the initial and final velocities over the entire time interval. …

Feb 22, 2009 · To find the average force in a Force vs. Time graph, focus on the area under the curve, which represents impulse or change in momentum. The average force can be …

Jan 31, 2012 · To find instantaneous velocity from a position versus time graph, it's essential to draw the tangent line at the specific time points. For t = 3.00 s, the slope of the tangent line …