How can you use the area under a speed-time graph to compare the motion of two objects?

Feb 17, 2021 ... Velocity * time = displacement. It's pretty easy to see that the area under the curve is equal to the x axis multiplied by the y axis if the area is a ... Oct 21, 2015 ... Each line graph represents single-cell fluorescence intensity ratio measurement. ... for the area under the calcium response curve. Data are means ... For a fixed value of m, how does the period of oscillation vary with I? ... following four graphs represents the response of y as a function of time. 5 ... understand what is represented by different sections of a velocity-time graph ... know that the area underneath represents displacement, and how to calculate it ... Aug 9, 2011 ... ... graphs represent mean±SEM. Open in viewer ... Color represents time of activation; isochrones are shown in black at 0.15 seconds. Normalized mean amplitude was defined as the area under a rectified EMG ... Therefore, the asterisks on the graphs represent statistical differences to control ... May 13, 2021 ... The area under velocity – time graph represents the displacement covered by the moving object. Explanation: The area under a velocity-time ... Jan 28, 2021 ... The shaded area under a speed-time graph represents the total distance traveled by the car. Solution: Answer C. Mar 28, 2023 ... If you're graphing force as a function of position, written as F(x), the area is the work done on the force. “Force” means a push on an object, ... The views expressed in the article do not necessarily represent the views of the DOE or the ... graphs represents energy savings regardless of the EEM's payback.